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Modern Plastics Worldwide - July/August 2009 - dae uptlax

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A Canon Communications LLC Publication<br />

<strong>July</strong>/<strong>August</strong> <strong>2009</strong><br />

THE GLOBAL PLASTICS MAGAZINE<br />

Also in this issue:<br />

As I See It: Hoffer <strong>Plastics</strong> readies for mold transfers<br />

World Tour: Big tech for Serbia’s processors<br />

World Tour: Erie automates, gets lean, succeeds<br />

Spotlight: C&J invests in good employees<br />

Published Continuously Since 1925<br />

mpw.plasticstoday.com


CLICK mpw.plasticstoday.com/infolink


High-quality: automatic<br />

clamping force control<br />

High performance. The new ALLROUNDER H machines. Perfect for energy-efficient,<br />

cycle-time optimised thermoplastics processing. Clamping units with servo-electric precision. Injection<br />

units with dynamic accumulator technology for increased hydraulic performance. HIDRIVE: Powerful<br />

hybrid machines at an extremely attractive price. Made by ARBURG - Made in Germany.<br />

October 13-17, <strong>2009</strong><br />

Hall A3, Booth # 3101<br />

Friedrichshafen, Germany<br />

ARBURG GmbH + Co KG<br />

Postfach 11 09 · 72286 Lossburg /Germany<br />

Tel.: +49 (0) 74 46 33-0<br />

Fax: +49 (0) 74 46 33 33 65<br />

e-mail: contact@arburg.com<br />

Productive: innovative<br />

drive concept<br />

Fast: servo-electric clam -<br />

ping unit<br />

energy-efficient<br />

| (BR) Brasil: ARBURG Ltda. · Tel.: +55 (11) 5643 7007 · brasil@arburg.com | (CN) China: ARBURG (Shanghai) Co., Ltd. · Tel.: +86 (0) 21 5488 8866 · shanghai@arburg.com |<br />

ARBURG Machine & Trading (Shenzhen) Co., Ltd. · Tel.: +86 (0) 755 8343 3750 · shenzhen@arburg.com | (HK) Hong Kong: ARBURG (HK) Ltd. · Tel.: +852 (2) 886 3007 ·<br />

hongkong@arburg.com | (MX) Mexico: ARBURG S.A. de C.V. · Tel.: +52 55 5363 7520 · mexico@arburg.com | (MY) ARBURG Sdn Bhd · Tel.: +60 (0) 3 5636 6213 ·<br />

malaysia@arburg.com | (SG) Singapore: ARBURG PTE LTD. · Tel.: +65 6778 8318 · singapore@arburg.com | (US) USA: ARBURG, Inc. · Tel.: +1 (860) 667 6500 ·<br />

usa@arburg.com |<br />

CLICK mpw.plasticstoday.com/infolink<br />

www.arburg.com


Now, more than ever,<br />

you could use a really good<br />

teammate.<br />

If there was ever a time to add a little extra brainpower to your team, that would be now.<br />

Fortunately, all you have to do is ask. Univar’s technical specialists can share ways<br />

to improve productivity and lower production costs – from new formulations to ne-tuning<br />

your just-in-time inventories to streamlining your production processes. They’ll also show you<br />

how adding tank telemetry and online ordering can keep both cash and supplies owing.<br />

And, since Univar handles an extensive list of specialty and commodity chemicals,<br />

we can give you options you can’t get just anywhere. So team up with Univar and<br />

put our thinking, products, and 85 years of experience on your team.<br />

www.univarusa.com | 1.800.234.4588 | univar.marketing@univarusa.com<br />

Univar Copyright ©<strong>2009</strong><br />

CLICK mpw.plasticstoday.com/infolink


World Tour<br />

32 Erie Molded <strong>Plastics</strong> has<br />

employed specialization<br />

and automation to grow<br />

business and jobs.<br />

34 China’s economy has<br />

seemingly benefi tted from<br />

stimulus, though the<br />

long-term forecast is far<br />

from certain.<br />

38 Serbia’s processing<br />

sector is innovating and<br />

staying on the map,<br />

fi nding new confi dence.<br />

50 74 Spotlight<br />

mpw.plasticstoday.com<br />

38<br />

C&J CopyIndustries<br />

has long bet<br />

that investing in employees<br />

makes a difference.<br />

CONTENTS<br />

24 14<br />

Also in this issue<br />

6 Contact MPW<br />

9 Letter from the editor<br />

40 <strong>2009</strong> Auxiliaries & Supplies Directory<br />

JULY/AUGUST <strong>2009</strong><br />

mpw.plasticstoday.com<br />

30 Cover Story: Medical disposables<br />

This month, MPW examines the medical<br />

disposables market, which is necessarily evolving<br />

in response to the economy, changing care<br />

patterns, and plastics’ successful track record.<br />

10 First Look: What MPW is reporting online<br />

12 As I See It: Insight from industry leaders<br />

20 Material Thoughts: The latest materials developments<br />

24 Product Watch: New products from around the world<br />

46 Classifieds<br />

49 Calendar<br />

49 Advertiser index<br />

VOL. 86 No. 7<br />

14 Processing Trends<br />

Injection molding: How would like your soft foam—thick, thin, or<br />

both? Novel slide mold makes it happen. Plus: In extrusion, coreless<br />

winding comes of age as waste and cost bear down; Highly fi lled<br />

compounds are gaining increasing favor via improved dispersion and<br />

lowered costs.<br />

25 Product Focus: Pelletizing<br />

Without perfect pellets, a processor has little to no chance of success,<br />

which means a number of signifi cant, recent developments are good<br />

news for processors in lean times.<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 5


M P W<br />

web exclusive<br />

Online now at<br />

mpw.plasticstoday.com<br />

PC window glazing technologies continue<br />

moving forward<br />

I f slow and steady<br />

wins the race, then<br />

we can start waving<br />

the checkered flag<br />

now under the presumption<br />

that polycarbonate<br />

window<br />

glazing—after many<br />

years of development<br />

still a ‘next great<br />

thing’—is starting to<br />

limber up and hit its<br />

commercial stride.<br />

Rapid prototyping slows for some,<br />

gathers speed elsewhere<br />

Globally, the use of additive manufacturing<br />

(rapid prototyping and rapid manufacturing)<br />

grew well through 2008 in many<br />

countries, but there were some surprising<br />

downturns including very slow<br />

growth in the U.S. and a dramatic drop<br />

in new installations in Japan.<br />

Thanks to our plasticstoday.com sponsors:<br />

Q/A equipment for<br />

micro tools now<br />

available<br />

Processing of micro-sized<br />

applications has grown<br />

by leaps and bounds<br />

in the past decade and<br />

seems certain to continue<br />

doing so. One German<br />

manufacturer claims to<br />

have developed the first<br />

Q/A system for proofing<br />

precision micro-sized<br />

machine tooling.<br />

Blaige & Company report:<br />

<strong>Plastics</strong> M&A shows little sign of slowing<br />

Blaige & Company recorded 244 plastics-industry M&A deals<br />

worldwide in the first six months of <strong>2009</strong>, off only 2% from the<br />

same period in 2008. Not bad, all things considered, though more<br />

deals lately are for distressed companies.<br />

Sr. Group Publisher<br />

Patrick Lundy; +1 973-808-0494<br />

patrick.lundy@cancom.com<br />

EDITORIAL<br />

3300 E 1st Ave., Ste. 370<br />

Denver, CO 80206 USA<br />

+1 303-321-3552 fax<br />

Press releases:<br />

mpweditorial@cancom.com<br />

Editor-in-Chief<br />

Matthew Defosse; +49 69-90552-132<br />

matt.defosse@cancom.com<br />

Managing Editor<br />

John Clark; +1 310-740-9045<br />

john.clark@cancom.com<br />

Senior Editor/U.S.<br />

Clare Goldsberry; +1 602-996-6499<br />

clare.goldsberry@cancom.com<br />

Senior Editor/U.S.<br />

Tony Deligio; +1 303-833-9195<br />

tony.deligio@cancom.com<br />

Senior Editor/Germany<br />

Robert Colvin; +49 69-90552-130<br />

robert.colvin@cancom.com<br />

Senior Editor/Asia<br />

Stephen Moore; +65 9687-0420<br />

stephen.moore@cancom.com<br />

Assistant Editor/Germany<br />

Yvonne Klöpping; +49 69-90552-140<br />

yvonne.klopping@cancom.com<br />

Online Project Manager<br />

Jamie Quanbeck; +1 608-442-4467<br />

jamie.quanbeck@cancom.com<br />

Associate Online Editor<br />

Ashley Nedbalski; +1 303-399-0148<br />

ashley.nedbalski@cancom.com<br />

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mpw@omeda.com<br />

MARKETING, ART & PRODUCTION<br />

Marketing Manager<br />

Patrice Aylward; +1 440-239-4986<br />

patrice.aylward@cancom.com<br />

Marketing Support Coordintor<br />

Beth Berner; +1 440-239-4594<br />

beth.berner@cancom.com<br />

Art Director<br />

Marco Aguilera; marco.aguilera@cancom.com<br />

Senior Associate Art Director<br />

Robin Bernstein; robin.bernstein@cancom.com<br />

Publications Production Director<br />

Jeff Tade; jeff.tade@cancom.com<br />

Asst. Publications Production Mgr.<br />

Tanya Von Grumbkow<br />

tanya.vongrumbkow@cancom.com<br />

Ad Management Services<br />

Vanessa Marmon<br />

vanessa.marmon@cancom.com<br />

U.S. SALES OFFICE<br />

7261 Engle Road, Ste. 402<br />

Middleburg Heights, OH 44130<br />

+1 440-239-4594<br />

+1 440-239-4595 fax<br />

North American Sales Manager<br />

Deborah Plank; +1 480-699-7196<br />

deborah.plank@cancom.com<br />

Digital Sales Manager/<br />

Account Executive<br />

John Guadagno; +1 203-601-3741<br />

john.guadagno@cancom.com<br />

Senior Account Executive<br />

Liz Tuke; +1 847-920-1665<br />

liz.tuke@cancom.com<br />

Directory/Buyer’s Guide Manager<br />

Iris Topel; +1 718-478-8104<br />

iris.topel@cancom.com<br />

Classified/Recruitment<br />

Advertising Manager<br />

Cheryl Ackerman; +1 516-496-8891<br />

cheryl.ackerman@cancom.com<br />

Reprints<br />

Sandra Martin;<br />

sandra.martin@cancom.com<br />

Foster Printing Service; +1 800-879-9144<br />

sales@fosterprinting.com<br />

List Rental<br />

Leonard Roberto;<br />

leonard.roberto@cancom.com<br />

Statlistics: +1 203-778-8700<br />

Postal lists: Jennifer Felling x138<br />

j.felling@statlistics.com<br />

e-lists: Turk Hassan x144<br />

t.hassan@statlistics.com<br />

INTERNATIONAL SALES OFFICE<br />

Germany, Austria, Scandinavia, Benelux,<br />

Eastern Europe, UK.<br />

Canon Communications<br />

Deutschland GmbH<br />

Goethestrasse 2<br />

60313 Frankfurt, Germany<br />

+49 69-90552-108<br />

+49 69-90552-104 fax<br />

Associate Publisher International Sales<br />

Petra Hütte; petra.huette@cancom.com<br />

Italy, Spain & Portugal<br />

Ferruccio Silvera; +39 02-284-6716<br />

ferruccio@silvera.it<br />

Japan<br />

Katsuhiro Ishii; +81 3-5691-3335<br />

amskatsu@dream.com<br />

China, Taiwan & Hong Kong<br />

Rudy Teng; +(886-2) 2799-3110<br />

rudy.teng@hintoninfo.com<br />

Korea<br />

Young Media; +82 2-2273-4818, 4819<br />

ymedia@chol.com<br />

India<br />

Ajit D. Nagpurkar; +91 22-25295725<br />

ajitn@vsnl.com<br />

CORPORATE OFFICE<br />

Canon Communications LLC<br />

11444 W. Olympic Blvd., Ste. 900<br />

Los Angeles, CA 90064-1549 USA<br />

+1 310-445-4200<br />

+1 310-445-4299 fax<br />

Chairman & CEO<br />

Charles McCurdy<br />

charles.mccurdy@cancom.com<br />

CFO<br />

Daniel Koskovich<br />

daniel.koskovich@cancom.com<br />

Sr. VP, Publishing<br />

Ron Wall<br />

ron.wall@cancom.com<br />

Sr. VP, Events Div.<br />

Kevin O’Keefe<br />

kevin.okeefe@cancom.com<br />

VP, e-Media<br />

Jason Brown<br />

jason.brown@cancom.com<br />

VP, Operations, Publishing Div.<br />

Roger Burg<br />

roger.burg@cancom.com<br />

Director, Circulation<br />

Sandra Martin<br />

sandra.martin@cancom.com<br />

6 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


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CLICK mpw.plasticstoday.com/infolink


EDITORIAL<br />

An abundance of<br />

resilience<br />

The recent NPE was an interesting<br />

moment in time for a number of reasons,<br />

but principally because the show<br />

happened to be held in the midst of an<br />

extreme market downturn. Most exhibitors<br />

were upbeat or at least satisfied with<br />

the event, and I can only recall one who<br />

quite openly said he was disappointed<br />

with traffic to his stand (he had a pretty<br />

good location, too).<br />

So I boarded the plane home hoping<br />

that times were getting better or at<br />

least more stable, but then read a wellresearched<br />

article on “the second wave”<br />

of the recession that, the author predicts,<br />

is now crashing down and will continue<br />

doing so over the next months. The first<br />

wave was caused by banks’ and other<br />

financial institutions’ irrational exuberance;<br />

this second wave is due to lending<br />

institutions that either are not lending or<br />

are only doing so at scurrilous rates, and<br />

then only to the most solid customers,<br />

thereby starving plenty of companies of<br />

monies they may need either to invest or<br />

to help tide them over until the recession<br />

ends. This aversion to lending is especially<br />

painful to privately owned, small-<br />

mpw.plasticstoday.com<br />

Trade shows are just a moment in<br />

time, and thank goodness for that, as<br />

we’d all be in sad shape if we tried to<br />

live on three hours of sleep per night. and moldmakers has been nothing short<br />

to-mid sized enterprises, which account<br />

for about 90% of plastics processors<br />

and their machinery and molding/tooling<br />

suppliers.<br />

I don’t think this second wave is<br />

news to any of us; this article struck<br />

me only because it was particularly well<br />

researched—frighteningly so. But in talks<br />

in the past months, and most definitely in<br />

Chicago at NPE, people repeatedly spoke<br />

of fighting to be “the last man standing”<br />

so that their companies can benefit when<br />

the good times start to roll again. And<br />

in fact, though there have been some<br />

closures and M&A action, so far it has<br />

been at a much slower pace than most<br />

assumed. During a webinar earlier this<br />

year, one of the sharper observers of<br />

our industry, Jeff Mengel of Plante &<br />

Moran, predicted about 13% of North<br />

America’s roughly 7800 processors and<br />

moldmakers would be out of business<br />

by year’s end, victims of the automotive<br />

slowdown and other painful economic<br />

forces. I spoke with Jeff during NPE and<br />

he agreed that the resilience of processors<br />

of amazing. The year is more than halfover<br />

but the pace of closures has been,<br />

thankfully, much slower than anticipated.<br />

That is not to say that there have not<br />

been hard measures taken, and payroll is<br />

down at many, possibly most, companies<br />

in this industry, the result of layoffs or<br />

workers forced to work fewer hours (or<br />

be paid for fewer hours, regardless of the<br />

actual workload).<br />

So, this is a rather long way of saying,<br />

here’s to all of you, fighting the good<br />

fight. You are in very good company.<br />

Matt Defosse,<br />

Editor-in-Chief<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 9


FIRST LOOK<br />

Daily news and features at mpw.plasticstoday.com<br />

In Brief<br />

Berry goes WOW<br />

Gloucester Engineering announced that<br />

Berry <strong>Plastics</strong> will take delivery of Gloucester’s<br />

first WOW Winder, specifically designed<br />

for stretch-film applications and said to be<br />

able to run hand-wrap rolls more than 50%<br />

faster than conventional winders. More on that<br />

winder and competitive ones in this issue’s<br />

Processing Trends (p. 15).<br />

Teijin exits NatureWorks<br />

Agriculture and food major Cargill has<br />

bought back the 50% share in NatureWorks<br />

acquired in 2007 by Japan’s Teijin Ltd., with<br />

Teijin saying it will focus its bioplastics’<br />

development effort on Biofront, the highheat-resistant<br />

bioplastic it has developed.<br />

Nissei opens China plant<br />

Nissei Plastic Industrial (Nagano, Japan) has<br />

set up a manufacturing operation in China,<br />

its first in that country, and there will start<br />

assembling machines based on components<br />

imported from Japan. A competitor,<br />

Sumitomo Demag, is investing €50 million<br />

at its two facilities in Germany, and shutting<br />

its manufacturing facility in the U.S.<br />

Get the global angle on industry<br />

developments via daily updates at<br />

mpw.plasticstoday.com.<br />

All these stories, the magazine,<br />

blogs, forums, and much more.<br />

What you had to say<br />

NPE as a springboard to a<br />

recovery?<br />

It is almost impossible to gauge a trade<br />

show’s value while it is in progress, let alone<br />

to determine its payback time, but based on<br />

hundreds of talks and<br />

meetings with exhibitors<br />

at June’s NPE show in<br />

Chicago, the decision to<br />

exhibit in that not-inexpensive<br />

town in what<br />

are decidedly difficult<br />

economic conditions<br />

was worth it.<br />

John Moisson, president<br />

at distributor Jamplast<br />

Inc.; Steve London,<br />

COO at blowmolding<br />

machine manufacturer<br />

Bekum America Corp.;<br />

; Takanori Taresawa, president of Nissei<br />

America Inc.: these and other exhibitors<br />

across the entire industry spectrum agreed<br />

that the investment in NPE was a wise<br />

one. Expectations going into the show<br />

were low, and the last day of the event was<br />

sparsely attended, but the show’s organizer,<br />

The Society of the <strong>Plastics</strong> Industry (SPI),<br />

reported that processors and others representing<br />

nearly 19,000 companies attended<br />

the event. Some deals were concluded at the<br />

show floor, to include some multimillion<br />

“To those who couldn’t make the show due to company<br />

travel restrictions—that is certainly unfortunate. There were<br />

many great products being offered that could potentially<br />

show a positive return on investment had they been able<br />

to attend and learn about these. The information is still out<br />

there, it’ll just take more research to get it now.”<br />

A forum visitor commenting on the NPE tradeshow; join the discussion at<br />

plasticstoday.com/mpw.<br />

Source: Processors’ responses to a recent<br />

weekly poll at mpw.plasticstoday.com. Polls<br />

change weekly; let your (digital) voice be heard.<br />

The crowd in the South Hall of McCormick<br />

Place during NPE<strong>2009</strong>. (Courtesy SPI)<br />

dollar ones for film extrusion lines.<br />

The preliminary total of visitor registrations<br />

by the close of the show on June<br />

26 was 44,000. While<br />

this was about 30%<br />

below the corresponding<br />

number of attendees<br />

for NPE2006, the number<br />

of companies represented<br />

by registrants<br />

was down only 17%,<br />

according to William<br />

Carteaux, president and<br />

CEO of SPI.<br />

“With very difficult<br />

economic times and<br />

travel reductions caused<br />

by concerns about the<br />

H1N1 pandemic, it came as no surprise<br />

that attendee delegations were smaller than<br />

in 2006, but those company representatives<br />

that did come to NPE<strong>2009</strong> were typically<br />

significant players with real purchasing<br />

power,” Careaux said in a statement<br />

released by SPI.<br />

It remains to be seen whether the event<br />

truly will serve as a springboard to the<br />

industry’s recovery, or whether positive discussions<br />

in Chicago will be washed away by<br />

budgetary restrictions at processors.<br />

mpw.plasticstoday.com<br />

Polling news<br />

10 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com<br />

80%<br />

60%<br />

40%<br />

20%<br />

0%<br />

Polling News<br />

Is there a labor shortage of<br />

skilled trades such as machinists,<br />

programmers and welders?<br />

48%<br />

Yes, I have positions I could fill<br />

with qualified applicants.<br />

No, I have more employees<br />

than I need.<br />

We don’t use workers of<br />

that kind.<br />

There might be a shortage<br />

in a few years.<br />

26%<br />

18%<br />

8%


Although demand remains tepid in North America<br />

and Europe, processors have by-and-large<br />

depleted their stocks, and plastics suppliers have<br />

applied the brakes to their supply chain, creating<br />

a situation where even relatively low demand is<br />

met with a challenging supply side.<br />

According to spot-trading platform The <strong>Plastics</strong><br />

Exchange (TPE) and reporting partner, The<br />

PetroChem Wire, suppliers were able to increase<br />

polyethylene and polypropylene prices in June,<br />

with many pushing for additional increases in<br />

<strong>July</strong> and <strong>August</strong>. These actions come in a market<br />

where volumes are still down substantially<br />

from year-ago levels, feedstocks are on the rise,<br />

and export interest from Asia is lifting. At press<br />

time, linear low-density polyethylene (LLDPE)<br />

film butene was trading at a penny premium,<br />

while HDPE injection was about a half-cent<br />

below blowmold grades.<br />

In Asia, reported plastics pricing service<br />

Polymerupdate.com, growing demand met tight<br />

supplies and high feedstock costs, leading to<br />

mpw.plasticstoday.com<br />

Processors’ Choice<br />

MPW’s November issue includes a feature on designing thinwalled<br />

packaging. Which aspect would you prefer to see covered?<br />

A. New material developments for thinwalled packaging<br />

B. Machinery and molds for processing thinwalled packaging<br />

C. Thermoforming versus injection molding for thinwalled<br />

packaging<br />

You can even write in your own topic.<br />

Vote now at mpw.plasticstoday.com/survey.<br />

Pricing Summary: Commodity resins rise<br />

Brought to you by The <strong>Plastics</strong> Exchange and Polymerupdate.com<br />

mpw.plasticstoday.com<br />

price hikes in polyethylene (low- and highdensity),<br />

polypropylene, polyvinyl chloride, and<br />

polystyrene. Limited spot availability and rising<br />

naphtha and ethylene helped feed the pricing<br />

strength. An LDPE trader contacted by Polymerupdate<br />

said that deep-sea parcels originating<br />

from the U.S. have sold into China below $1200/<br />

tonne CFR and helped keep Asian LDPE sellers<br />

from pushing through greater increases. In India,<br />

provisional anti-dumping duties on PP imports<br />

from select producers in Singapore, Oman, and<br />

Saudi Arabia left many PP importers “surprised<br />

and shocked,” reported Polymerupdate.<br />

In Europe, reported Polymerupdate, prices<br />

moved sharply upwards for PP, PE and PS, with<br />

PVC prices expected to rise substantially at press<br />

time. Suppliers have slowed output at many<br />

facilities, leaving supply tight.<br />

Get contract and spot plastics pricing<br />

information from TPE and Polymerupdate.<br />

com in every issue of our e-Weekly newsletter.<br />

Sign up free at plasticstoday.com/mpw.<br />

Here are some of the stories you might have missed<br />

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• Vegetable-based plasticizer garners prize, and continued investment<br />

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FIRST LOOK<br />

Names in the news<br />

After more than three<br />

decades at Battenfeld,<br />

global leader in manufacturer<br />

of pipe and<br />

profile extrusion lines,<br />

Wolfgang Studener has<br />

left the company, with<br />

the hand at the wheel<br />

Jürgen Arnold<br />

now controlled by Jürgen<br />

Arnold, who joins the firm after<br />

serving as CEO at pump manufacturer<br />

Sterling SIHI for six years. He also<br />

spent some 20 years of his career in the<br />

plastics industry at Bayer and then GE<br />

<strong>Plastics</strong> (now Sabic).<br />

Wolfgang Pöschl, a member of the<br />

executive board at compound extruder<br />

machinery manufacturer Coperion, has left<br />

the company, with his duties to be split<br />

between two remaining board members.<br />

Stephen Herrmann joined extruder manufacturer<br />

Alpha Marathon as SW U.S. sales<br />

manager. Based in Houston, TX, he will<br />

sell directly to film processors.<br />

[ On the record ]<br />

“The biggest issue underlying the<br />

plastics industry and most all manufacturing<br />

is that most members of<br />

Congress have no clue what goes on<br />

inside a factory...Manufacturers are<br />

fed up with the presumptiveness of<br />

535 people 875 miles away from here<br />

thinking they have all the answers.”<br />

Don Manzullo (R), one of four Illinois<br />

congressmen who visited NPE<strong>2009</strong>.<br />

“The average age in tool and die<br />

shops [in the U.S.] today is 55, so<br />

nationwide we expect by 2020 the<br />

shortage of skilled workers to be<br />

about 13 million.” Jerry Knight, executive<br />

director, Precision Manufacturing<br />

Institute, Meadville, PA.<br />

“The industry makes you get big, or<br />

you stay real, real little.” Wayne Rodrigue,<br />

CEO of Exousia Advanced Materials,<br />

which is ramping up scale as it commercializes<br />

a new line of TPOs and TPVs.<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 11


AS I SEE IT<br />

Staying alive means seeing the<br />

opportunity in challenge<br />

By Clare Goldsberry<br />

One of the bright spots in the North<br />

American plastics industry remains<br />

Hoffer <strong>Plastics</strong> Corp. where, for 56 years,<br />

the family-owned custom injection molding<br />

company in South Elgin, IL has built<br />

a business that has stood the test of time<br />

and several recessions. Currently in its second<br />

generation and led by CEO William<br />

A. (Bill) Hoffer, the company continues<br />

its pursuit of excellence for its customers,<br />

employees and for the third generation.<br />

MPW: How does Hoffer get past the bad<br />

news so common in the industry today<br />

and maintain a strong business?<br />

Hoffer: Recently Plante & Moran made<br />

a comment at an industry conference that<br />

we have 7800 processors in North America,<br />

and in the next 12-18 months, 1000<br />

of those will be gone. With that, some<br />

250,000 molds will move. This seems to<br />

be substantiated by discussions we have<br />

in an industry-benchmarking group that<br />

meets quarterly. While the news lately<br />

has been anything but good, we feel that<br />

there’s a lot of opportunity for Hoffer,<br />

with our extensive capabilities for tooling<br />

transfers as well as managing those<br />

programs. The question is how do we<br />

take advantage of that opportunity?<br />

If a lot of molds are going to be moving in the next 18 months, the big question<br />

is where will they end up?<br />

MPW: How has the company grown and<br />

evolved in the past half-century?<br />

Hoffer: We’ve been doing this for 56<br />

years, and have developed a good reputation<br />

in the industry. Bob Hoffer [Bill’s<br />

father] built a company based on three<br />

basic principles: putting money back into<br />

the company, trying to improve the working<br />

environment for the employees, and a<br />

focus on taking care of customers; all this<br />

while remaining financially stable and debt<br />

free. We continue to satisfy long-standing<br />

customers even given all the market changes<br />

we’ve had over the decades. I think that<br />

speaks strongly to the fact that we listen to<br />

the customer and have met their needs and<br />

developed these relationships.<br />

As to Hoffer’s growth, we could have<br />

probably expanded much more than we<br />

did. I can remember spending many hours<br />

in my dad’s office years ago talking about<br />

what Gordon Lankton did [with Nypro],<br />

but dad said he could never do what<br />

Gordon did—get on a plane on Monday<br />

morning and come back on Friday night.<br />

Instead, he built a company based in South<br />

Elgin on a focused-factory concept, with<br />

individual plants within the same building.<br />

We established good quality systems and<br />

a great tool-room support system. Those<br />

were essential to establish a position with<br />

long-term customers: building tooling,<br />

maintaining tooling, and moving up the<br />

line to exceeding customer expectations.<br />

For example, for several decades we’ve<br />

molded nylon actuators for an aerosol<br />

valve. We have a mold built in 1978 that<br />

continues to run today. It has produced<br />

parts, continues to meet customers’ quality<br />

requirements in <strong>2009</strong>, and has run in excess<br />

of 35 million shots during its lifetime.<br />

MPW: Hoffer implemented the “focusedfactory”<br />

concept a couple of decades ago.<br />

Is that model still working for the company<br />

today?<br />

Hoffer: The family management is committed<br />

to the original vision from 1953, and to<br />

see where we are today is a testament to the<br />

foundation that was established. We have a<br />

core of functional disciplines including great<br />

tooling competency (24 full-time tool makers),<br />

mold qualification, process validation,<br />

and how we track and measure customer<br />

satisfaction. The focused-factory concept<br />

grew out of studies done by GE and DuPont<br />

many years ago that showed the optimum<br />

number of molding presses for a plant was<br />

12. We built the first factory in 1960-61<br />

and wanted to make a manufacturing cell<br />

of approximately 12 presses. We continued<br />

that process as we continued building and<br />

expanding Hoffer <strong>Plastics</strong>, ending up with<br />

eight cells we call plants. This has evolved as<br />

the market has evolved.<br />

Conceptually, instead of having one<br />

big room with presses down each side as<br />

far as you can see, we’ve developed these<br />

focused manufacturing cells that specialize<br />

in particular tonnage presses, customers<br />

and markets, and we’ve stayed with this<br />

concept. The original plants [plants 1, 2<br />

and 3] have up to 300-ton presses. Larger<br />

plants have 400-600-ton presses with high<br />

ceilings and overhead cranes to handle the<br />

larger molds.<br />

William “Bill” Hoffer is the president and CEO of Hoffer <strong>Plastics</strong> Corp. (South<br />

Elgin, IL). Hoffer <strong>Plastics</strong> was founded in 1953 by Robert and Helen Hoffer and<br />

has been under the leadership of Bill Hoffer since 2005, when his father Robert<br />

stepped down. Bill has been with the family business 38 years, as celebrated on<br />

<strong>July</strong> 1, <strong>2009</strong>, and has played many signifi cant roles in its success.<br />

12 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


This concept includes a finite area with<br />

a manager and dedicated employees that<br />

run that area. Operators are inspector<br />

operators. They can apply to transfer to<br />

another plant within Hoffer, but typically<br />

they work every day with the same people,<br />

the same manager, in the same plant. They<br />

have a quality control system online, they<br />

work within their plant, and they run the<br />

same products most of the time.<br />

MPW: What technology have you implemented<br />

to accommodate growth?<br />

Hoffer: We think we have continued to step<br />

up to many of the challenges our business<br />

presents. While maintaining our program<br />

of updating presses—the average age of our<br />

presses is under 10 years—we have automated<br />

many jobs with robotics, established processing<br />

guidelines with RJG technology, and<br />

also looked for other ways to help maintain<br />

the business. One of the most unique pieces<br />

of equipment that we’ve purchased—unique<br />

to this business—is a fluidized bed oven for<br />

cleaning screws, barrels, and hot runner<br />

manifolds. This was a big investment, but<br />

with this type of custom molding, we have a<br />

library of screws that we change often when<br />

we do color changes or material changes.<br />

The fluidized bed oven uses silica sand heated<br />

to 800ºF, and cleans the residue plastic<br />

without any intervention. This has proven<br />

to be a much safer, more environmentally<br />

friendly way to handle this problem. With so<br />

many molds and so many color changes and<br />

material changes, this has been an excellent<br />

investment. We’re changing a screw almost<br />

every day; all of this to meet the customer<br />

requirements for on-time delivery.<br />

That’s just one of the things that we’ve<br />

implemented to be ready for the competitive<br />

requirements of the future. With 96<br />

presses and 400 different materials with<br />

numerous combinations of colors, we<br />

have a high degree of complexity. Because<br />

of our background in packaging, closures<br />

and aerosol parts, we have some molds<br />

that run in 10 different colors. Complexity<br />

is something we must deal with and this is<br />

just one of many advantages we bring to<br />

our customers.<br />

MPW: How do you see the injection<br />

molding industry today?<br />

mpw.plasticstoday.com<br />

Hoffer: What we see today is a troubled<br />

supply base. A lot of people in this business—for<br />

all the right reasons—pushed the<br />

edge for many years. Then the perfect storm<br />

hit our industry and there are many people<br />

deciding they can’t do this any more, and<br />

will either sell or go out of business.<br />

But it comes down to who will be<br />

here for the customers in the long term.<br />

Executive Q&A with Bill Hoffer<br />

We have a renewed focus on the markets<br />

we serve and even some new ones, to see<br />

where we can become a major factor with<br />

these customers, both old and new. MPW<br />

mpw.plasticstoday.com<br />

To read the rest of our interview with Bill<br />

Hoffer, click on the “As I See It” tab on<br />

our home page.<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 13


PROCESSING<br />

TECHNOLOGY<br />

PROCESSING TRENDS: p. 14<br />

In film extrusion, coreless winding’s<br />

time has arrived; highly filled<br />

compounds increase dispersion,<br />

lower cost; and much more.<br />

MATERIAL THOUGHTS: p. 20<br />

New class of TPO claims to offer<br />

better performance without the<br />

traditional oils and plasticizers;<br />

Alathon film line gets new grades<br />

of MMW high-density polyethylene;<br />

new high-flow TPV promises<br />

“cushion-like” indentation; carbon<br />

fibers teamed with PPA, PPS, and<br />

PEEK to create “super structural<br />

compounds;” and more.<br />

PRODUCT WATCH: p. 24<br />

Product Focus: Pelletizing. New<br />

developments boost bottom line.<br />

Plus: New screw allows entire<br />

length of extrusion unit to process<br />

material; no marking or swarf<br />

claimed for PS pipette line; Jomar<br />

marks 40th anniversary with new<br />

line; and much more.<br />

14 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE<br />

PROCESSING TRENDS<br />

Novel mold lets soft foam<br />

be thick, thin, or both<br />

By Matt Defosse<br />

In what is being claimed as an injection<br />

molding first, a slide-table mold<br />

developed by Swiss moldmaker Georg<br />

Kaufmann Formenbau AG (Busslingen)<br />

enables processors to vary the thickness<br />

of a layer of soft-touch foam exactly<br />

where it is required on a part, via the<br />

mold’s geometry. ‘Varysoft’ is the name<br />

the moldmaker has affixed to its novel<br />

system.<br />

The company is well known in moldmaking,<br />

especially for molds used to<br />

process door panels and other automotive<br />

interior components. For its newest<br />

feat, the company built a mold with two<br />

cavities, one for the conventional injection<br />

molding of a supporting structure<br />

Slide-table mold enables proces-<br />

sors to vary the thickness of a layer<br />

of soft-touch foam exactly where it<br />

is required on a part, via the mold’s<br />

geometry. ‘Varysoft’ is the name the<br />

moldmaker has affixed to its novel<br />

and elegant system.<br />

(typically polypropylene) and one for<br />

preforming of a decorative material—<br />

film, fabric, or imitation leather. For<br />

the foam layer, the machine needs either<br />

an additional injection unit for expandable<br />

thermoplastic elastomer (TPE) or<br />

a polyurethane (PUR) processing unit<br />

with PUR mixing head.<br />

Kaufmann molded this business card holder to demonstrate its new back injection<br />

molding system. The 0.2-mm thick aluminum film on the top, visible part of the<br />

holder was embossed with the logo during back injection molding; the reverse<br />

side of the top part is provided with integrally molded clips for attachment to the<br />

bottom part.<br />

mpw.plasticstoday.com


PROCESSING<br />

TECHNOLOGY<br />

Let the processing begin<br />

How are parts formed? First the<br />

pre-cut decorative material is<br />

placed in the second cavity of the<br />

open mold and fixed in place. The<br />

mold closes and the decorative<br />

material is preformed, while in the<br />

first cavity the polypropylene (PP)<br />

is molded and then cooled. When<br />

the mold opens, the PP supporting<br />

structure remains in the moving<br />

mold half and the pre-formed<br />

decorative material remains in the<br />

stationary mold half.<br />

The two halves of the open<br />

mold are then repositioned by<br />

means of a sliding table so that the<br />

PP supporting structure and the<br />

preformed decorative material face<br />

each other. The mold then closes but a<br />

gap remains between the halves. This<br />

gap represents the thickness of the foam<br />

layer and is determined by the geometry<br />

of the second cavity; it is deeper than<br />

the geometry of the first cavity by a<br />

distance equal to the desired thickness<br />

of the foam.<br />

This gap is then filled with foam,<br />

with either expandable TPE injected into<br />

the gap via a gating system and diverter<br />

mpw.plasticstoday.com<br />

PROCESSING TRENDS<br />

Here, shown in a 2-injection unit configuration, the<br />

Varysoft slide-table mold lets processors get softtouch<br />

foam exactly where it is needed.<br />

mounted on top of the mold, or via the<br />

PUR mixing head, docked against the<br />

underside of the mold. Once foaming is<br />

complete, parts can be de-molded and<br />

any surplus decorative material can be<br />

trimmed.<br />

In another decorative development,<br />

Kaufmann also says it can make injection<br />

molds suitable for back injection<br />

molding of metal films. Such films could<br />

be thick enough to give the feel and<br />

look of a genuine metal surface,<br />

more so than with electroplating,<br />

but without requiring a secondary<br />

operation.<br />

Here again, the process is deceptively<br />

simple. The metal film is<br />

placed and held in a mold in essentially<br />

the same way as any other<br />

decorative surface would be for<br />

back injection molding.<br />

With this development, any surface<br />

structures machined into the<br />

walls of the cavity (logos, for example,<br />

or other decorative elements)<br />

can be transferred to the molded<br />

part (see photo, previous page).<br />

While the mold is closed after injection,<br />

an integrated punching tool<br />

separates surplus film from the<br />

molded part, but leaves the edges of the<br />

film wrapped around the part to produce<br />

a smooth edge.<br />

Kaufmann says it already has formed<br />

parts using aluminum and stainless steel<br />

films and is testing other materials. The<br />

moldmaker worked with the university<br />

in Rappperswil, Switzerland on development<br />

of the coupling agent necessary for<br />

a reliable metal-plastic bond.<br />

Coreless winding cuts transport costs, pleases Walmart<br />

By Robert Colvin<br />

New fi lm extrusion lines increasingly<br />

include winding technologies<br />

that either employ thin-wall paperboard<br />

cores or even eliminate cores<br />

altogether. Processors are set to<br />

benefi t from the savings.<br />

According to Dave Finnemore, VP sales<br />

EMEA at Gloucester Engineering (Vienna,<br />

Austria), the technology’s introduction<br />

is being pushed by environmental<br />

sensibilities. “The main aims behind<br />

developing [film] products with thinner<br />

cardboard cores or even with no core<br />

at all are reducing costs or removing<br />

the need for management and disposal<br />

of the used cores, reducing waste taxes,<br />

eliminating shipping and storage costs<br />

by optimizing film meterage on a pallet,<br />

and lowering production<br />

costs,” he says.<br />

Finnemore says<br />

an estimated 350 million<br />

cardboard cores<br />

are disposed of annually<br />

in Europe, Russia/<br />

CIS countries, and the<br />

Middle East. While some<br />

Central European core<br />

suppliers offer collection<br />

systems for recycling,<br />

in other regions such<br />

schemes don’t exist. He<br />

says global multinationals<br />

such as Walmart, Coco-Cola, P&G,<br />

and the Carrefour group are implementing<br />

environmental policies for waste<br />

reduction that foresee not accepting<br />

Easycoreless shafts comprise up to 250 expanding and<br />

contracting parts to produce stretch film without the<br />

need for cores. Thin cores and standard cores can also<br />

be produced.<br />

hand- and machine-stretch pallet-wrap<br />

film if the retailers have to dispose of<br />

paperboard cores.<br />

While resin costs for cast stretch-film<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 15


PROCESSING<br />

TECHNOLOGY<br />

production typically represent 80% of<br />

total cost, processors of course always<br />

are on the outlook for other ways to<br />

save, and cores represent one of the latest<br />

areas of consideration. Finnemore<br />

says in an average in-line handwrap<br />

production of four 17-μm film reels of<br />

300 m/reel, processors generally use a<br />

paper core with a wall thickness of 5<br />

mm. This represents €0.15 or 23.3% of<br />

the total conversion cost. Machine film<br />

conversion costs of four reels of 23-μm<br />

film running 1500m, and assuming a<br />

core with wall thickness of 11 mm, will<br />

represent an average core cost of €0.42.<br />

But the question remains whether<br />

cast-film extrusion operations will accept<br />

new solutions such as handwrap cores<br />

of only 1-2 mm in wall thickness, and<br />

machine film with core wall thickness of<br />

only 5 mm or even coreless, Finnemore<br />

says. “Reduction in core weight or elimination<br />

will ultimately reduce the overall<br />

cost/kg of film transportation. Walmart<br />

CEO Lee Scott reported back in 2007<br />

that the company was pressing vendors<br />

to go more green, and both handwrap<br />

and machine wrap were target areas.”<br />

Suppliers [who deliver to Walmart] are<br />

being asked to cut their packaging by<br />

5% by 2013.<br />

During this year’s Plast ’09 show in<br />

Milan, Gabriele Caccia, managing<br />

director of Syncro, introduced the<br />

company’s latest co-development for<br />

coreless stretch wrap winding, Easycoreless,<br />

pictured here at the stand.<br />

PROCESSING TRENDS<br />

Finnemore says generally 8360 reels<br />

of hand wrap (5-mm wall cores at 300g)<br />

fit into an average truck. Using 2-inch<br />

cores with a 2-mm wall thickness<br />

at 115g, the core<br />

weight savings represents<br />

1546 kg per<br />

22 tonnes of film,<br />

a potential reduction<br />

of 7%. Without<br />

cores, an additional<br />

250,800m of film could fit<br />

in each truck representing a<br />

€0.005/kg reduction in film<br />

transport costs.<br />

With machine wrap, by using 3-inch<br />

cores with a 5-mm wall thickness<br />

at 450g compared to 11mm wall<br />

cores at 1.1 kg, the core weight<br />

savings is 858 kg/23 tonnes’ film<br />

load, where 1320 reels fit into a truck.<br />

This represents a 3.67% reduction of<br />

transportation weight. The thinner cores<br />

would allow 132,000m more film per<br />

truck, for a transport cost savings of<br />

€0.003/kg.<br />

Finnemore sees thin cores being an<br />

intermediary step and the ultimate goal is<br />

to produce reels of stretch wrap without<br />

the need for any cores. His company,<br />

along with competitors Colines (Nibbia,<br />

Italy), Dolci Extrusion (Milan, Italy), and<br />

SML (Lenzing, Austria) are all working<br />

together with Syncro (Busto Arsizio,<br />

Italy) to develop coreless<br />

winding that could<br />

be used on existing and<br />

new winding equipment.<br />

Gabriele Caccia, managing<br />

director of Syncro,<br />

says the past two years<br />

of R&D has produced<br />

its latest development,<br />

the patented Easycoreless<br />

technology introduced<br />

at the Plast 09 show in<br />

Milan, which has already been tested for<br />

what soon will be offered by the partners<br />

on new equipment and retrofitting on<br />

installed machines.<br />

The proprietary rotating shafts have up<br />

to 250 expanding and contracting parts<br />

to wind, then deliver a wound film roll<br />

from the shaft; they are able to convert to<br />

winding with thin-walled cores or regular<br />

Canadian machine maker Cooper<br />

Machine & Tool offers this turret winder<br />

for tear-off bags.<br />

thickness cores as well, Caccia says.<br />

Development proceeds on the other side<br />

of the Atlantic as well, and at last month’s<br />

NPE, Canada-based Cooper Machine &<br />

Tool (Concord, ON) was talking about<br />

its turret coreless winder. The winder<br />

is said to be fully automatic and winds<br />

coreless rolls of perforated tear-off bags<br />

Finnemore says in an average in-line<br />

handwrap production of four 17-μm<br />

fi lm reels of 300 m/reel, processors<br />

generally use a paper core with a<br />

wall thickness of 5 mm. This represents<br />

€0.15 or 23.3% of the total<br />

conversion cost.<br />

at up to 20 cycles/minute, claimed to<br />

double traditional coreless winder speeds.<br />

Operators can adjust the winding width<br />

individually on both sides and on the<br />

fly. Also, NO.EL Industrial Automation<br />

(San Pietro Mosezzo, Italy), as reported<br />

in our <strong>August</strong> 2008 issue (p. 41), will<br />

import its coreless rewinding equipment<br />

to North America.<br />

16 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


PROCESSING<br />

TECHNOLOGY<br />

Higher loads bring<br />

processing advantages<br />

By Robert Colvin<br />

Reinforcing agents provide physical properties that can’t<br />

be achieved in resins alone.<br />

Many processors are looking to highly filled compounds to<br />

help them improve dispersion and lower overall costs, says<br />

Stanley Broadhead, senior sales engineer at equipment maker<br />

Farrel (Ansonia, CT).<br />

Oliver Eitel, business segment manager engineering plastics<br />

at equipment maker Coperion (ex-Werner & Pfleiderer; Stuttgart,<br />

Germany) says the motivation today to use, for example,<br />

highly filled calcium carbonate (CaCO 3 ) compounds is that<br />

Coperion’s new compounding line layout for highly filled,<br />

calcium carbonate-filled polymers permits easier handling<br />

and more filler content, says the company.<br />

the particle-size distribution can be chosen, plus the filler is<br />

non-toxic, food safe, offers good organoleptic properties,<br />

and because of its spherical shape and low hardness it results<br />

in low wear and tear on processing equipment. High filler<br />

content naturally results in lowering polymer costs, but also<br />

provides a powder-free shop floor.<br />

Eitel says such fillers increase the modulus of elasticity<br />

of the matrix material, improve antiblock behavior, result<br />

in less shrinkage during cooling and provide higher thermal<br />

conductivity compared to the polymer alone. This last feature<br />

results in quicker temperature equalization and faster processing<br />

speed.<br />

He also says a 50% CaCO 3 content in injection molding<br />

applications can result in a shorter cooling cycle by half, and<br />

20% filler content in blown-film extrusion can give a 20%<br />

higher haul-off speed. Farrel’s Broadhead says both injection<br />

molders and film extrusion processors generally opt for highly<br />

filled concentrates, with loadings up to 85%, to get both<br />

desired opacity and lower unit costs.<br />

mpw.plasticstoday.com<br />

© <strong>2009</strong> PerkinElmer, Inc. 400161_02. All trademarks or registered trademarks are the property of PerkinElmer, Inc. and/or its subsidiaries.<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 17


PROCESSING<br />

TECHNOLOGY<br />

Traditionally, highly filled<br />

polyolefin compounds have been<br />

produced by repeated loading via<br />

several feed positions on the compounding<br />

extruder, followed by<br />

mixing up to three or more times.<br />

This, says Eitel, is done because<br />

CaCO 3 , with a bulk density of<br />

600-800 kg/m 3 , tends to be sticky<br />

and build bridges, often creating<br />

headaches for an operator. To<br />

overcome such problems, agitators<br />

are often used, hoppers are<br />

designed with special geometry to<br />

improve material drop, or flexible<br />

walls can be incorporated that<br />

can shake up the filler to break up<br />

bridging.<br />

Coperion says experience has shown,<br />

in its latest line design for such applications,<br />

that, during refilling of loss-inweight<br />

feeders using slide, butterfly, or<br />

rotary valves, the valve itself needs to<br />

be installed closer to the feeder hopper<br />

so that it can react quickly in shutting<br />

PROCESSING TRENDS<br />

Specific energy input drops, and pressure increases,<br />

as filler content increases: that has been Coperion’s<br />

experience with its new line for highly filled compounds.<br />

off. This is necessary to avoid overfilling.<br />

The company developed a new layout<br />

for its ZSK compounder by mounting<br />

the CaCO 3 feeder directly above the<br />

unit’s co-rotating twin-screw side feeder,<br />

ZSB. This setup, says Eitel, results in the<br />

need for only two feeders and two refill<br />

hoppers for the CaCO 3 . It also provides<br />

Bioplastic barrier fi lm matches EVOH, PA<br />

By Matt Defosse<br />

Blown- and cast-fi lm extrusion<br />

line manufacturer Colines (with<br />

manufacturing sites in Novara and<br />

Varese, Italy) says recent testing<br />

proves that PLA/PVOH fi lms extruded<br />

on the company’s cast- and<br />

blown-fi lm lines with structures of<br />

up to 7 layers and with thicknesses<br />

from 50 to 90 μm offer sufficient<br />

oxygen barrier properties, while<br />

also maintaining top optical<br />

performance, as shown by the<br />

values of haze and gloss and the<br />

fi lm’s printability.<br />

Colines officials say the lines have been<br />

modified so as to render the same performance<br />

as lines running barrier films<br />

containing polyamide or ethylene vinyl<br />

alcohol (EVOH) barrier materials, with<br />

no loss in line productivity.<br />

The combined structure of polylactic<br />

acid (PLA), based on plant starches,<br />

and polyvinyl alcohol (PVOH, a biodegradable,<br />

water-soluble polymer) in<br />

these barrier films offers sufficient gas<br />

barrier performance to prove them<br />

suitable for use in applications such<br />

as packaging of meat and fish, and, in<br />

particular, fruit and vegetables.<br />

The company invited interested processors<br />

to its open house from <strong>July</strong><br />

27-31, <strong>2009</strong>, and requested email preregistration<br />

at marketing@colines.it.<br />

Also during that open house the company<br />

planned to run a line extruding<br />

breathable film with an in-line double<br />

mono-orienting unit (MDO). The line,<br />

which can extrude breathable film in<br />

PE and in PP, has a useful width of<br />

2200 mm and the double-MDO unit<br />

offers orientation of up to 600% (2 x<br />

300%). It will feature post-stretching<br />

embossing and comes outfitted with a<br />

thickness control before and after the<br />

a longer mixing section for the<br />

filler, better dispersion, and higher<br />

output. With the increase by percentage<br />

of the compound/weight<br />

of filler, the discharge pressure in<br />

bar is increased while the specific<br />

energy input measured in kWh/kg<br />

is reduced.<br />

Farrel takes a different approach<br />

to compounding highly filled concentrates.<br />

Its FCM (Farrel Continuous<br />

Mixer) operates on the principle<br />

that the material is exposed<br />

to a variable mixing intensity in<br />

the form of shear stress and strain<br />

developed between the rotor tips<br />

and chamber wall, as well as melt<br />

blending by the kneading action between<br />

the rotors. “The measure of dispersion<br />

through either visual examination or<br />

filter pressure values are as good or better<br />

than those achieved with twin-screw<br />

extruders,” says Broadhead. “Besides<br />

that, we get the added benefit of lower<br />

energy costs.”<br />

stretching, with automatic adjustment<br />

according to the set target. Trim is<br />

recovered directly and pelletized.<br />

It also includes the firm’s Fast<br />

AdJUST (Elav) system for micrometric<br />

adjustments of the stretching parameters<br />

of the line. Colines reports it<br />

has worked with this system and is<br />

able to offer processors the option<br />

of live monitoring of the data relative<br />

to the extrusion lines. The report<br />

system lets a user track consumption<br />

data (energy and raw material), various<br />

trends (throughout and machine data),<br />

recipes, management of the production<br />

orders, ordinary and preventive maintenance,<br />

and diagnostics. The acquisition<br />

and processing of the data are<br />

incorporated directly in the automation<br />

system, with the data then able to<br />

be sent to computers on the other side<br />

of a facility or even further afield.<br />

18 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


PROCESSING<br />

TECHNOLOGY<br />

Johnson Controls applies<br />

PP fi lm to claim auto awards;<br />

KM takes home three<br />

By Tony Deligio<br />

The Mercedes-Benz E-Class door panel and rear-side<br />

panel of the new Mini Convertible earned Johnson<br />

Controls GmbH (Burscheid, Germany) two interior-system<br />

prizes at the Society of <strong>Plastics</strong> Engineers (SPE) Central<br />

Europe’s 12th Automotive Div. Awards.<br />

The door panel earned marks for overall quality and a scratchresistant<br />

map pocket, with the rear side panel also offering a<br />

scratch-resistant surface. The new Mercedes door panels are<br />

10% lighter than the previous model and represent a full subassembly<br />

with map pocket, center panel, armrest, and upper trim<br />

panel. Johnson Controls also integrated ambient lighting above<br />

the door’s center panels and in the door handles, with sun shades<br />

built into the rear door. The company says this allowed it to<br />

improve the window cover in a minimum of space.<br />

Johnson Controls opted for what it calls polypropylene (PP)<br />

thin film for a variable degree of glossiness that can match other<br />

components’ finish. A Johnson Controls representative told<br />

MPW that the technology, which it presented for the first time at<br />

the 2007 Frankfurt Motor Show before launching it at the end of<br />

last year, was used for the map pocket of the E-Class door panel<br />

and in the rear side panel of the new Mini Convertible.<br />

The PP thin film consists of a composite foil constructed from<br />

several—primarily PP—layers, which are manufactured in a<br />

direct mold-behind process. According to Johnson Controls, the<br />

film is extruded by its partner Nordenia, and then preformed at<br />

Johnson Controls’ production plant. The preformed film is then<br />

back-injection molded and inmold grained.<br />

The process allows all types of PP to be used as substrates,<br />

even fiberglass-reinforced and recycled materials. Johnson Controls<br />

says that unlike painted component surfaces, the foils are<br />

not easily scratched and since their gloss level can also be varied,<br />

they can more easily match the finish of adjacent components.<br />

Depending on the design, a one- or two-step production process<br />

can be applied, with a two-step system used for deep-molded<br />

products, like the map pockets in the doors.<br />

KraussMaffei’s (KM; Munich) machinery was utilized in three<br />

award-winning parts. A support element for the louvered grille<br />

of the Mercedes-Benz CLS Coupe took the top prize in the Body<br />

Exterior category, applying a metallic effect without extra painting.<br />

In the same category, KM won for a bodywork component<br />

on a forage harvester that used KM reaction machinery. In the<br />

Powertrain category, a glass-fiber-reinforced roll restrictor for the<br />

Opel Insignia was recognized. MPW<br />

mpw.plasticstoday.com<br />

You can find pictures of these winning parts online at www.<br />

plasticstoday.com/articles/johnson-controls-applies-pp-film.<br />

mpw.plasticstoday.com<br />

design@giannirusconi.it<br />

Safe Steady<br />

Made in Italy since 1954<br />

info@triaplastics.com<br />

www.triaplastics.com<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 19


PROCESSING TECHNOLOGY<br />

MATERIAL THOUGHTS<br />

Technology drives new<br />

class of elastomers<br />

Eliminating the oils and plasticizers typically used to soften the<br />

materials, a new class of elastomers claims to offer higher performance<br />

for longer durations at more temperature extremes.<br />

Wayne Rodrigue, CEO Exousia Advanced Materials, told<br />

MPW his company’s RPA thermoplastic olefin (TPO) also<br />

eliminates exposure to hydrogen peroxide as a manufacturing<br />

step with a proprietary process that results in covalent bonding<br />

between the crosslinked rubber and its olefin matrix.<br />

Coming to market with 14 formulations, Exousia has<br />

spent the last two years developing commercial applications<br />

for the technology and proving its viability. This work<br />

included testing with General Motors to the have the resin<br />

validated for use in automotive components. Exousia says<br />

theses tests proved the material dimensionally stable from<br />

-40°F to 140°F. While oils and plasticizers can bleach out<br />

New HDPE, PP grades<br />

boost fi lm properties<br />

The latest additions to the Alathon<br />

family of film resins include two new<br />

medium-molecular-weight (MMW), highdensity<br />

polyethylene (HDPE) materials,<br />

which promise moisture barrier, low<br />

gels, and excellent organoleptic properties.<br />

Alathon M6010 and Alathon M5010<br />

have improved moisture barrier for dryfood<br />

packaging applications like cereal,<br />

snack crackers, and cake-mix box liners.<br />

An MI homopolymer, LyondellBasell says<br />

lab tests have shown that Alathon M6010<br />

increased moisture barrier vs. benchmark<br />

grades by approximately 30% without<br />

affecting processability, tear, and impact.<br />

The material also offers oxygen barrier.<br />

Alathon M5010 is a 1 MI copolymer<br />

resin designed to improve toughness for a<br />

variety of films, including mono- and multilayer<br />

structures. LyondellBasell says the tear<br />

performance of film made from the material<br />

has been increased 20%, while high-speed<br />

puncture resistance was boosted by 40%.<br />

Alathon M6010 and Alathon M5010 are<br />

currently manufactured in the U.S. and<br />

available for export.<br />

In blown polypropylene (PP) films,<br />

LyondellBasell has launched a grade based<br />

on its proprietary Catalloy technology<br />

that offers a combination of transparency<br />

and impact, puncture, and tear resistance.<br />

Adflex 7492 XCP has a 13% haze value<br />

at a film thickness of 30 μm, offering clarity<br />

while maintaining softness and processing<br />

performance. LyondellBasell says the<br />

product fills a need for a transparent blown<br />

PP that maintains mechanical properties,<br />

bubble stability, and throughput. The company<br />

believes applications could range from<br />

consumer and industrial packaging to agricultural<br />

and industrial films, and it’s working<br />

to develop new blown-film applications<br />

where PP grades previously fell short.<br />

LyondellBasell’s new Adflex 7492 XCP grade of<br />

PP for blown film combines transparency with<br />

resistance to impact, puncture, and tears.<br />

of a part like a dashboard over time, resulting in fogging of<br />

the windshield and a brittle, discolored instrument panel,<br />

Rodrigue says Exousia materials had zero migration or<br />

durometer change.<br />

Among the truly novel characteristics of the material,<br />

according to Rodrigue, is that it actually gets tougher the<br />

colder it gets; when melted, it exhibits thixotropic properties,<br />

flowing like water; and it can be rigid or soft, with a durometer<br />

range from 55 to 95 Shore A. Exousia says the product<br />

is suitable for all major plastic converting technologies, save<br />

rotational molding, and it sees it as a viable replacement to<br />

engineering plastics like ABS (offering more impact), and<br />

nylon, being hydrophilic as opposed to hygroscopic.<br />

Exousia Advanced Materials Inc., Sugar Land, TX, U.S.A.;<br />

+1 281-313-2333; www.exousiacorp.com<br />

The company has conducted what it<br />

calls promising tests where Adflex was<br />

used as the core layer in a co-extruded<br />

film with fractional melt-flow-rate LDPE.<br />

The finished product maintained clarity<br />

when clarified PP skin layers were used.<br />

LyondellBasell says customers needing<br />

greater mechanical properties could apply<br />

(metallocene) mLLDPE skin layers with a<br />

Adflex 7492 XCP core.<br />

LyondellBasell, Rotterdam, the Netherlands;<br />

www.lyondellbasell.com<br />

TPV gives auto interiors a<br />

softer touch<br />

Promising cushion-like indentation that’s<br />

associated with foamed structures, a<br />

new high-flow thermoplastic vulcanizate<br />

(TPV) also offers cost-reduction<br />

opportunities and good surface qualities<br />

for automotive interiors. ExxonMobil<br />

Chemical’s Santoprene TPV 8211-85<br />

M350 reportedly provides low and stable<br />

gloss level; high scratch and mar<br />

resistance; good abrasion and chemical<br />

resistance; and low fogging and odor<br />

emission. The elastomer is colorable and<br />

can be used for door panels, center<br />

consoles, lower instrument panels, back<br />

cover of seats, and B and C pillars.<br />

To achieve “comfort touch,” Santoprene<br />

TPV M350 can be processed using two-<br />

20 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


PROCESSING TECHNOLOGY<br />

ExxonMobil Chemical’s Santoprene TPV M350<br />

provides what the company calls “comfort<br />

touch,” and good surface qualities for automotive<br />

interiors.<br />

component injection molding or monosandwich<br />

molding onto a rigid polypropylene<br />

substrate for an unfoamed structure that<br />

does not indent. Either way, ExxonMobil<br />

Chemical says the result is an over-molded<br />

TPV skin with a soft touch. A thermoplastic,<br />

the TPV also has what the company<br />

calls “sustainability opportunities” because<br />

less labor and time are required for production,<br />

with reduced scrap and improved<br />

recycling.<br />

ExxonMobil Chemical Company, Houston,<br />

TX, U.S.A.; +1 281-870-6000;<br />

www.santoprene.com<br />

Compounder teams<br />

carbon fi bers with PPS,<br />

PPA, and PEEK<br />

Specialty compounder LATI Industria<br />

Termoplastici SpA (Vedano Olona, Italy)<br />

has created a new range of injection moldable<br />

“super structural compounds,” pairing<br />

high-temperature, high-performance<br />

engineering thermoplastics polyphenylenesulphide<br />

(PPS), polyphthalamide (PPA),<br />

and polyetheretherketone (PEEK), with<br />

high-modulus carbon-fiber yarns. The<br />

result: the HM (High Modulus) family<br />

of compounds with 40% carbon-fiber<br />

loading for what LATI calls dramatically<br />

higher elastic modulus.<br />

In the development of the compounds—Larton<br />

K/40 HM (PPS),<br />

Laramid D K/40 HM (PPA), and Larpeek<br />

10 K/40 HM (PEEK)—LATI weighed a<br />

mpw.plasticstoday.com<br />

variety of resins, fibers, and compounding<br />

technologies. High-tenacity choppedstrand<br />

carbon fibers are traditionally<br />

applied in thermoplastic compounding<br />

to increase elastic modulus and load<br />

at break without making the materials<br />

brittle. LATI chose to experiment with<br />

high-modulus carbon-fiber yarns, saying<br />

the HM yarns show an elastic modulus<br />

that is almost twice that of HT grades.<br />

LATI also considered the high shear<br />

stress and pressure within a compounding<br />

extruder that can break up fibers,<br />

ultimately affecting the strength they<br />

can impart to the composite. After several<br />

trials, LATI technicians altered the<br />

extrusion parameters and optimized<br />

machine layout, specifically addressing<br />

the carbon-fiber feeding position along<br />

the extruder barrel. In terms of parameters,<br />

LATI says the speed and profile of<br />

the plasticization screw have also been<br />

optimized.<br />

Throught the trials, LATI found it<br />

needed to deal with fiber-bundle buildup<br />

occurring during extrusion and molding,<br />

with the bundles hindering melt flow<br />

and leading to the carbonization of the<br />

polymer, machine jamming, and defective<br />

parts. HM fibers were added up to<br />

45% by weight, and the melt’s viscosity<br />

was closely controlled to avoid poor<br />

molding and material degradation due to<br />

friction and shear. LATI was also careful<br />

to ensure uniform distribution of carbon<br />

fibers in the matrix.<br />

Using ISO-R-527 tensile tests, the<br />

compounder determined the HM materials<br />

achieved tensile strengths above<br />

40,000 MPa, with the PPS-based grade<br />

New developments<br />

reaching 49,000 MPa. By comparison,<br />

LATI says a polyamide 6/6 reinforced<br />

50% with glass fibers, is three times<br />

“softer” than the best HM grade. In<br />

terms of load at break, HM compounds<br />

offer up to 280 MPa (tensile, as per ISO-<br />

R-527) for the PPA-based grade. LATI<br />

says competitive industrial structural<br />

compounds featuring 50-60% glass-fiber<br />

loading achieve around 220 MPa with a<br />

much higher density.<br />

LATI Industria Termoplastici SpA, Vedano<br />

Olona, Italy; +39 0332-409111; www.lati.com<br />

Additives bring tastes,<br />

aromas to plastics<br />

Plastic applications requiring custom taste<br />

and scent enhancements can look to a new<br />

alliance between compounder A. Schulman<br />

Inc. (Akron, OH) and Add the Flavor<br />

LLC (New York), which hopes to commercialize<br />

its Polyflav product as a masterbatch<br />

or additive. Chuck Hampton, A.<br />

Schulman’s North American masterbatch<br />

business manager, sees a variety of end<br />

markets for the technology, telling MPW,<br />

“We envision applications in virtually any<br />

plastic part that may come in contact with<br />

the mouth,” Hampton said. “Items such<br />

as mouthguards, toothbrushes, flossing<br />

devices, waterbottle spouts, etc., have been<br />

discussed.” A. Schulman will add them<br />

to its Polybatch line of specialty additive<br />

masterbatches.<br />

Polyflav comes in two series, S and O,<br />

with both reported to provide long-lasting<br />

flavor. “S” offers a “strong” scent with a<br />

“subtle” taste, according to A. Schulman,<br />

while the “O” or “Optimized” series provides<br />

both strong scent and taste.<br />

Hampton said the materials are FDA<br />

recognized, and several customers are in<br />

sampling and scale-up. The company<br />

expects commercial applications to be in<br />

the field over the next three to six months.<br />

“Now that we have announced to the<br />

public,” Hampton said, “we expect the<br />

pace of projects to heat up as molders seek<br />

to be first to offer a product utilizing this<br />

innovative technology.”<br />

Current flavors include mint, raspberry,<br />

grape, lemon, chocolate, and orange.<br />

A. Schulman Inc., Akron, OH, U.S.A.;<br />

+1 330-666-3751; www.aschulman.com<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 21


PROCESSING TECHNOLOGY<br />

MATERIAL THOUGHTS<br />

ADDITIVES/FILLERS<br />

Impact modifi ers help<br />

processors cut costs<br />

The latest development in acrylic impact<br />

modifiers for rigid vinyl window and door<br />

profiles from Arkema, Durastrength 360,<br />

is said to reduce by up to 15% the amount<br />

of acrylic modifiers in formulations. This<br />

range of “composite” impact additives has<br />

a high elastomer content and can reduce<br />

plate-out during extrusion. Less plate-out<br />

Durastrength 360 composite impact modifiers aid<br />

PVC profile extrusion.<br />

means die head and extruder can run<br />

longer between maintenance. Arkema says<br />

the material also improves profile production<br />

speed. The impact additives have<br />

been marketed for several months and are<br />

finding particular demand from Eastern<br />

European countries, says the company.<br />

Arkema, Colombes Cedex, France;<br />

+33 1-4900-8080; www.arkema.com<br />

Permanent antistatic<br />

effect enhances<br />

Entira brand antistat from DuPont is a<br />

resin modifier that is claimed to provide<br />

good permanent antistatic properties<br />

and high moisture permeability in polyolefins.<br />

It can be used for blowmolded<br />

polypropylene and polyethylene containers.<br />

Grade AS MK400, in 2-layer<br />

blowmolded bottles of approximately<br />

1-mm wall thickness, provides immediate<br />

and long-life antistatic effect without<br />

blooming. It prevents dust and dirt pick-<br />

up, has no interaction with printing or<br />

labeling, and is compatible with polyolefins<br />

and ethylene copolymers.<br />

DuPont de Nemours International, Geneva,<br />

Switzerland; +41 22-717-6643;<br />

www.packaging.dupont.com<br />

MASTERBATCHES<br />

Thinner white packaging<br />

is in higher demand today<br />

In response to the demand for more costeffective<br />

coloring of white thin-wall polyester<br />

packaging, masterbatcher Colour<br />

Tone has developed a PET-based white<br />

masterbatch containing 70% titanium<br />

dioxide (TiO 2 ), which the company<br />

says is about 20% more pigment than<br />

conventional products on the market.<br />

Company managing director Tony<br />

Gaulkroger says this product should be<br />

of particular interest to processors in<br />

both bottle and thermoformed packaging<br />

sectors. The lighter packaging is<br />

less costly to transport and creates less<br />

waste to recyc le. However, cutting wall<br />

thickness reduces opacity, which is particularly<br />

critical in white packaging, he<br />

says. The proprietary means of achieving<br />

the 70% TiO 2 content is due to formulation,<br />

processing technology, and pigment<br />

Typical applications for Colour Tone Masterbatch’s<br />

70% TiO 2 content PET-based material are thinwalled<br />

bottles and thermoformable sheet for<br />

beverage and food packaging.<br />

New developments<br />

dispersion techniques coupled with customdesigned<br />

downstream equipment.<br />

Colour Tone Masterbatch Ltd.,<br />

Bedwas, Wales; +44 2920-888-910;<br />

www.colourtone-masterbatch.co.uk<br />

Wire/cable applications<br />

take on new hues<br />

A line of melt-processable fluoropolymer<br />

(MPFP) color masterbatches for the wireand-cable<br />

sector from engineering thermoplastic<br />

compounder RTP promises<br />

ease of processing and good color exactness<br />

in plenum-space jacketing materials.<br />

Available in 10 common wire-and-cable<br />

industry color-coding formulations, they<br />

match Munsell and RAL standards.<br />

RTP’s MPFP product line of color masterbatches<br />

offers 10 common wire-and-cable sector colors.<br />

These color masterbatches are initially<br />

available in fluorinated ethylene propylene<br />

(FEP) and polyvinylidene fluoride<br />

(PVdF). Let-down ratios are about 3%,<br />

says the company, and they provide<br />

good dispersion. They also maintain<br />

the inherent flame retardancy and low<br />

smoke development of the fluoropolymer.<br />

“Historically, fluoropolymers have<br />

been difficult to modify,” says Jean Sirois,<br />

general manager-RTP Color. “Because of<br />

their corrosive nature, RTP has dedicated<br />

manufacturing equipment used solely for<br />

processing MPFP products.”<br />

RTP Company, Winona, MN, U.S.A.;<br />

+1 507-454-6900; www.rtpcompany.com<br />

22 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


Attend the World’s Leading Automotive<br />

Composites Forum<br />

The Automotive and Composites Divisions of the Society of <strong>Plastics</strong><br />

Engineers (SPE) International invite you to attend the 9 th -annual SPE<br />

Automotive Composites Conference and Exhibition (ACCE),<br />

September 15-16, <strong>2009</strong>. The show – which has become the<br />

world’s leading automotive composites forum – will feature technical<br />

paper sessions, panel discussions, keynote speakers, networking<br />

receptions, & exhibits highlighting advances in materials, processes,<br />

and applications technologies for both thermoset and thermoplastic<br />

composites in a wide variety of ground-transportation applications.<br />

Be a Part of an Engaged, Global Audience<br />

The SPE ACCE typically draws over 400 attendees from 14 countries on<br />

4 continents who are interested in learning about the latest composites<br />

technologies. Fully a third of attendees work for an automotive, heavy<br />

truck, agricultural / off-road equipment, or aerospace OEM, and roughly<br />

a fifth work for a tier integrator. Few conferences of any size can offer<br />

such an engaged, global audience vitally interested in hearing the latest<br />

composites advances.<br />

Showcase Your Products & Services<br />

with Exhibit & Sponsorship Opportunities<br />

A variety of sponsorship packages – including displays, conference giveaways,<br />

advertising and publicity, signage, tickets, and networking receptions<br />

– are available. Companies interested in showcasing their products<br />

and/or services at the SPE ACCE should contact Teri Chouinard of<br />

Intuit Group at teri@intuitgroup.com.<br />

’09 ACCE Early-Bird Sponsors<br />

CLICK mpw.plasticstoday.com/infolink<br />

Please Attend<br />

Exhibit & Sponsorship<br />

Opportunities<br />

For More Information<br />

For more information on the Automotive<br />

Composites Conference, or to register<br />

for this important event, visit the<br />

SPE Automotive Division website at<br />

www.speautomotive.com; or contact<br />

Pat Levine at +1.248.244.8993;<br />

or send an e-mail to<br />

acce-registration@speautomotive.com;<br />

or write SPE Automotive Division,<br />

1800 Crooks Road, Suite A, Troy MI<br />

48084, USA.<br />

MSU Management Education Center<br />

811 W. Square Lake Rd., Troy, MI USA


PROCESSING TECHNOLOGY<br />

PRODUCT WATCH<br />

EXTRUSION<br />

Wavin on board for new<br />

KM screw design<br />

Pipe extrusion processor Wavin helped develop and field-test a new<br />

range of 36D twin-screw, single-venting extruders for processing<br />

of PVC pipe, and these new machines are now being offered to the<br />

broader processing market by extruder manufacturer KraussMaffei<br />

Berstorff.<br />

They are outfitted with what KraussMaffei is calling its HPG<br />

(High Performance Geometry) screw concept, with which the<br />

entire 36 L/D length of the processing unit is used to optimize<br />

plasticizing and homogenizing of PVC. Atmospheric venting has<br />

been eliminated. Throughput is up to 10% higher than with<br />

double-venting extruders, according to KM.<br />

A longer metering zone means the machine<br />

can better build pressure and keep<br />

control of the melt temperature over<br />

the whole output zone. The longer<br />

mixing zone also improves dispersal<br />

of additives and blowing agents in the<br />

melt.<br />

With only one venting zone, the whole length of KraussMaffei, Munich, Germany;<br />

the unit can be used to process material. +49 89-88-990; www.kraussmaffei.com<br />

Tools good for four stripes<br />

An extruder tool<br />

from this manufacturer<br />

of precisionextrusion<br />

tooling<br />

for cable, hose,<br />

pipe, and profiles<br />

has introduced<br />

a striping<br />

attachment that<br />

allows the co-extrusion<br />

The B&H striping attachment offers<br />

multiple options to wire and cable<br />

processors.<br />

of a single, dual, triple or ‘quad’ stripe. The attachment installs between the die<br />

holder and barrel body. It is said to be compatible with all adjustable center crossheads<br />

and in-line dies used for insulating wire and jacketing cable. The attachment<br />

allows the stripe to be embedded in a tube or jacket, or extruded on the outside.<br />

Attachments are available for low-temperature and high-temperature insulated<br />

wire and jacketed cable applications. Processors can choose a stand-alone striping<br />

attachment or opt for a new assembly that includes the attachment. An extendedrange<br />

core tube can be supplied where added length is needed.<br />

Also new from the company is a tip removal wrench for use with its in-line spider<br />

dies. The tool was designed to reduce the time, effort, and risk involved with<br />

changeovers and to lengthen tool service life. It enables operators to access the tip<br />

even when space is tight, without creating dead spots, or otherwise damaging the<br />

flow path or assembly parts.<br />

B&H Tool Company, San Marcos, CA, U.S.A.; +1 760-471-8949; www.bhtool.com<br />

Extrusion line targeted<br />

at PS pipettes<br />

New from Boston Matthews is an extrusion<br />

line designed specifically for the production of<br />

polystyrene pipette tubes. The manufacturer<br />

says the line is capable of extruding, sizing,<br />

drying, and accurately cutting PS tubes without<br />

marking or swarf, no small claim considering<br />

PS’s sticky nature. A direct-drive on<br />

Sticky PS pipettes are no<br />

problem for this line.<br />

the extruder yields clean, brushless operation.<br />

The machine was designed with clean- or<br />

greyroom processing in mind, with easy-clean<br />

surfaces and easy access to all areas. Typical<br />

tube sizes range from 1-25-ml capacity. All<br />

tubes are extruded and cut to length in-line<br />

at up to 30 tubes per minute. The firm’s ‘PS<br />

Tube Cutter’ can be automatically synchronized<br />

for more accurate cutting.<br />

Boston Matthews, Worcester, England;<br />

+44 1905-763101;<br />

www.boston-matthews.co.uk<br />

Automatic strap coilers<br />

A fully automatic coiling range that coils<br />

and straps flexible plastic pipe up to 180<br />

mm in diameter is now available from<br />

Pipe Coil Technology Ltd. Pipe processors<br />

can coil and package their pipe by fully<br />

automating a process that in the past often<br />

required high labor levels. This machine<br />

range automates the whole coiling process<br />

from the point the pipe leaves the extrusion<br />

line to the removal of the completed coil.<br />

Pipe Coil Technology Ltd., Wallsend,<br />

Tyne & Wear, England; +44 191-295-9910;<br />

www.pipecoil.co.uk<br />

24 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


PROCESSING TECHNOLOGY<br />

Product Focus: Pelletizing<br />

It all starts with the pellet<br />

Well, maybe it starts with the idea, but without perfect pellets a<br />

processor has little to no chance of success. Fortunately, there<br />

have been a number of signifi cant developments recently in the<br />

pelletizing machinery fi eld, including some highlighted at June’s<br />

NPE trade show in Chicago.<br />

There, for the fi rst time, Crown Machine uwp Inc. (Addison,<br />

IL) revealed its newest development, a system that is truly a<br />

one-button operation and requires no centrifugal dryer but offers<br />

twice the efficiency of one of these, according to George Holmes,<br />

founder and owner of the company. Speaking with MPW at NPE,<br />

Holmes called his development “the only true auto-start pelletizer<br />

available.” Magnets release to allow access to the die, with the<br />

rear part of the unit returning to the rear as per the bolt on a rifl e,<br />

so that die changeover is swift and even a change from black<br />

Automatik recently installed four new strand pelletizing lines for a European<br />

polyamide supplier.<br />

to white pellets is possible in just a few minutes. The magnetic<br />

clamp is patented and was shown for the fi rst time at NPE.<br />

Also at NPE, Automatik <strong>Plastics</strong> Machinery GmbH (formerly<br />

Rieter Automatik; Grossostheim, Germany) introduced its Baoli<br />

strand pelletizer, designed specifi cally for the U.S. compounding<br />

market. The manufacturer says the system is cost-effective<br />

in terms of purchase price and running costs, and available<br />

in three basic machine sizes with operating widths of 100-,<br />

200-, and 300 mm.<br />

In early <strong>July</strong>, Automatik announced the sale and installation<br />

of four new strand pelletizing systems for use in a new<br />

polyamide supply facility in Europe. The four horizontal lines<br />

are based on the M-USG 600 H underwater strand pelletizer,<br />

each with a throughput capacity of 3200 kg/hr. Each of the<br />

systems includes a fl uid-headed die head to melt the feed<br />

and extrude the strands, a horizontal strand guide section,<br />

the pelletizer, and a Centro 300 centrifugal dryer to remove<br />

process water from the cylindrical pellets.<br />

The Converting Systems Group of Davis-Standard (Fulton,<br />

NY) recently added new pelletizing technology to its Black<br />

Clawson Converting Machinery range. Charles Crumb, business<br />

group manager at the company, told MPW redesigned dies<br />

with more holes per die were developed, increasing through-<br />

mpw.plasticstoday.com<br />

put, and the die<br />

plates have been<br />

strengthened to<br />

increase service<br />

life by 25-30%.<br />

These dies are<br />

retrofi ttable on<br />

installed systems,<br />

he said.<br />

Innovation & Optimization Place<br />

The company also added a new air ring pelletizer to its mix<br />

of underwater and water ring equipment, with the new system<br />

to help users process materials with low internal energy or<br />

hydroscopic materials. Black Clawson’s pelletizers may be<br />

unique in that the die is fi tted parallel to the ground.<br />

Gala Industries Inc. (Eagle Rock, VA) has introduced<br />

The Edge, an underwater pelletizing unit it says is able to<br />

compete on cost with strand pelletizers, while offering the<br />

benefi ts of an underwater system, such as no strand breakage<br />

on highly fi lled concentrates. The Edge is compact and<br />

suitable for throughput to 1000 kg/hr. Low maintenance<br />

requirements and minimum operator attendance are two<br />

of key advantages, claims Gala, along with low noise levels<br />

and swift start-up times.<br />

Gala also introduced its Electronically Adjusted Pelletizer<br />

(Model EAC), with electronic motion control used to control<br />

blade adjustment down to 0.0001 inch (patent pending),<br />

according to Steven King, process equipment sales at the<br />

100% employee-owned company.<br />

In related news, Scheer Bay early this summer ended its<br />

joint venture with CF Scheer after more than 10 years. Insolvency<br />

proceedings for CF Scheer were opened in Germany<br />

on Oct. 1, 2008 and its operating assets were sold. “Scheer<br />

Bay Co. has always been independent<br />

of CF Scheer and<br />

was not part of the sale,”<br />

said Tom Kernstock,<br />

executive VP, who<br />

added that the company<br />

will continue<br />

to operate under its<br />

original name, Bay<br />

<strong>Plastics</strong> Machinery<br />

Co., from its facility<br />

in Bay City, MI,<br />

and will continue<br />

to support its exist-<br />

ing customers with<br />

parts and service<br />

for their equipment.<br />

Matt Defosse<br />

Crown’s George Holmes (right) and Amy Nepywoda,<br />

design engineer, at the company’s NPE stand with<br />

its newest pelletizing unit.<br />

More holes per die plate, and strengthened<br />

plates, lead to more throughput and longer service<br />

life, says Davis-Standard’s Black Clawson<br />

business unit.<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 25


PROCESSING TECHNOLOGY<br />

PRODUCT WATCH<br />

INJECTION MOLDING<br />

Cinpres adds a rep, offers<br />

Moldfl ow services<br />

Gas injection technology (GIT) equipment provider Cinpres<br />

Gas Injection has added to its growing network of service<br />

and sales agents by appointing Simap as a representative for<br />

Jon Butler, Cinpres’ managing director.<br />

Slovakia, the Czech Republic, and Hungary. Last year Cinpres<br />

added a new agent in India, expanded its presence in China,<br />

and appointed a new agent in Brazil.<br />

In other news, the company says it now is licensed to use<br />

Moldflow technology to analyze and advise its customers in<br />

developing prototypes. This license only covers the molds that<br />

Cinpres has been appointed to help develop and isn’t then<br />

available for the molder to use independently of Cinpres; for<br />

that, processors must acquire their own license from Moldflow.<br />

Moldflow (Framingham, MA), acquired last year by<br />

Autodesk, is the global leader in 3D digital prototyping and<br />

analysis tools for the plastics industry.<br />

Commented Cinpres Managing Director Jon Butler, “We’re<br />

keen to help customers seize work currently being undertaken<br />

using older processes...Some companies use the same materials<br />

and the same processes, without question, for years. We’re<br />

challenging the ‘we’ve-always-done-it-like-that’ mentality.”<br />

Cinpres, Cheshire,England;<br />

+44 1606-839800; www.cinpres.com<br />

New Moldex 3D simulation<br />

software available<br />

<strong>Plastics</strong> design and analysis software supplier CoreTech System<br />

is marketing its newest product, Moldex3D R9.1, which the<br />

firm claims will prove the fastest true 3D analysis tool available<br />

to injection molders. This update of the company’s established<br />

Moldex software provides a number of new functions and<br />

enhancements, such as enhanced parallel computing technology<br />

and a new meshing kernel. It also is said to offer users more<br />

accurate analysis results on multicomponent molding than on<br />

previously released software.<br />

Place<br />

According to the developer, key features in Moldex3D<br />

R9.1 include the enhanced performance of parallel computing<br />

that could help users see acceleration gains of anywhere<br />

from 3-10 times. The benchmark of Moldex3D R9.1 on a<br />

4-node Core i7 PC-cluster shows more than 10 times the<br />

performance improvement of 3D flow analysis on a case of<br />

one million elements. Accuracy also is improved. Some 485<br />

plastic materials were updated and added to the database. It<br />

is said to completely support two-color (2K) molding/overmolding.<br />

The supplier also says that new Gate and Runner<br />

design wizards can help reduce the runner and gate design<br />

process dramatically.<br />

Pricing and more detailed product information are available<br />

through the firm’s agents, with contact information available<br />

at its website.<br />

CoreTech System, Chupei City, Taiwan;<br />

+886 3-560-0199; www.moldex3d.com<br />

SVGC added to hot runner controls<br />

A sequential valve gate controller (SVGC) has been integrated<br />

into the hot runner temperature control systems supplied by<br />

Gammaflux Europe, the Wiesbaden, Germany-based subsidiary<br />

of this company.<br />

Designed<br />

for use with hot<br />

runner systems<br />

with needle-valve<br />

nozzles, the SVGC<br />

opens and closes<br />

each nozzle individually<br />

and independently<br />

of all<br />

the others. This<br />

permits sequential<br />

filling of the cavity<br />

so that flow<br />

lines either are<br />

prevented from<br />

forming or are<br />

shifted to those<br />

areas of the molding<br />

that are not<br />

mechanically and/<br />

or optically critical.<br />

The reduced<br />

flow length per-<br />

Shown here in the form of screen displays are (top)<br />

the program for a hot runner system with 8 needle<br />

valve nozzles (red: closed, green: open) and (bottom)<br />

the operating status of the nozzles 9.61<br />

seconds after commencement of the cycle.<br />

mits a reduction in wall or section thickness, leading to weight<br />

savings. Since the holding pressure is uniform throughout the<br />

entire molded part, the reproducibility of the parts is said to<br />

be improved. The integrated sequential valve gate controller is<br />

available for use with 8, 16, or 32 pneumatically or hydraulically<br />

actuated needle-valve nozzles.<br />

Gammafl ux, Sterling, VA, U.S.A.;<br />

+1 703-471-5050; info@gammafl ux.com; www.gammafl ux.com<br />

26 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


PROCESSING TECHNOLOGY<br />

Innovation & Optimization<br />

METAL INJECTION MOLDING<br />

New magnesium sheet<br />

technology<br />

Building off magnesium’s weight advantage<br />

over other metals, including aluminum,<br />

a new technology reportedly<br />

creates fine-grained strengthening of<br />

magnesium alloys at low cost. Called<br />

NanoMag and launched by magnesium<br />

molding technology firm, Thixomat Inc.<br />

(Ann Arbor, MI), the development is<br />

described as a patented, environmentally<br />

friendly process for the production of<br />

high-strength, lightweight magnesium<br />

sheet with nanometer microstructures<br />

for automotive, aerospace, military, biomedical,<br />

and other applications.<br />

Ralph Vining, director of engineering<br />

at Thixomat, told MPW a thixomolded<br />

plate is the “core” of the NanoMag<br />

process, which entails running that<br />

molded plate through a series of steps<br />

to “mechanically work the material.”<br />

It is then heat treated to further optimize<br />

mechanical properties. Vining said<br />

Thixomat is in the process of developing<br />

a properties database for the products,<br />

which should be available by the end of<br />

the second quarter.<br />

“The current status of our business is<br />

in the development stages,” Vining said,<br />

“however, we have identified several key<br />

areas where the material can add value<br />

to an existing product. We will be scaling<br />

up the operation during the next few<br />

months to produce a larger sheet size<br />

that will ultimately open up our potential<br />

market.”<br />

The technology, which was developed<br />

in conjunction with the University<br />

of Michigan’s Department of Material<br />

Science & Engineering under a National<br />

Science Foundation sponsorship, formally<br />

launched at the Society of Automotive<br />

Engineers’ SAE <strong>2009</strong>.<br />

NanoMag is based on Thixomat’s<br />

Thixomolding Thermal Mechanical Process<br />

(TTMP). The company says the<br />

net result is a stronger, more formable,<br />

and lighter-weight magnesium sheet with<br />

a strength-to-density ratio comparable<br />

to steel but at one-fourth the weight.<br />

Because of its lighter weight, magnesium<br />

mpw.plasticstoday.com<br />

sheet can reduce vehicle weight and<br />

thereby cut fuel consumption.<br />

Thixomat Inc., Ann Arbor, MI, U.S.A.;<br />

+1 734-995-5550; www.thixomat.com<br />

BLOWMOLDING<br />

Jomar marks 40th<br />

anniversary with new<br />

PET IBM line<br />

The year <strong>2009</strong> marks injection blowmolding<br />

machinery (IBM) supplier<br />

Jomar Corp.’s 40th year in business, and<br />

the company is marking the occasion<br />

with a new IBM machine targeting polyethylene<br />

terephthalate (PET) containers<br />

up to 60 ml.<br />

Bill Petrino, Jomar president, told<br />

MPW the fully hydraulic PET 20 features<br />

a quick-change mold system, utilizing<br />

individual mold cavities that are<br />

mounted on die sets, which he says can<br />

be installed in a matter of minutes.<br />

The number of cavities the PET 20<br />

can run is determined by the container<br />

size, with Jomar positioning the system<br />

for runs in the 12-million-containers/yr<br />

range. Jomar also reports that its vertical<br />

plasticizer and accumulator system help<br />

reduce energy consumption. Petrino said<br />

that Jomar, which started business in<br />

1969, has manufactured and sold over<br />

1600 IBM machines in its 40 years of<br />

business.<br />

Jomar Corp., Pleasantville, NJ, U.S.A.;<br />

+1 609-646-8000; www.jomarcorp.com<br />

ROBOTS & AUTOMATION<br />

Guaranteed for life<br />

End-of Arm Tooling (EOAT) components<br />

manufacturer SAS Automation<br />

says it now will offer a lifetime guarantee<br />

for its GRF-20 spring return-gripper<br />

fingers that were purchased after January<br />

1, <strong>2009</strong>.<br />

The warranty must be used by the<br />

original purchaser, and the products<br />

must be used in the manner intended<br />

and not abused. The warranty has some<br />

other minor clauses, and is limited to a<br />

million cycles.<br />

SAS Automation LLC, Xenia, OH, U.S.A.;<br />

+1 937-372-5255; www.sas-automation.com<br />

Place<br />

<strong>Plastics</strong><br />

Processors<br />

<br />

<br />

<br />

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<br />

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<br />

<br />

<br />

<br />

<br />

Polyolefins<br />

Industry Workshop<br />

<br />

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CHEMICAL MARKET ASSOCIATES, INC.<br />

<br />

CLICK mpw.plasticstoday.com/infolink<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 27


PROCESSING TECHNOLOGY<br />

PRODUCT WATCH<br />

AUXILIARY EQUIPMENT<br />

Accurate dispensing is in the name<br />

New from Process Control Corp. is AccuDispense, a single-dose, gravimetric<br />

dispensing system for automated material weighing and loading. It delivers a<br />

pre-selected weight of free-flowing material (powder, flake, granulate, or pellets)<br />

directly to the process. AccuDispense is used when it is necessary to obtain preweighed<br />

doses of material that do not need to be blended, but require an accurate<br />

dispense. The AccuDispense design is based on the company’s Guardian Batch<br />

Blenders, where it shares the same mechanics, controls, and software.<br />

The supply hopper and feed gate are mounted above the weigh hopper. When<br />

the dispense sequence is initiated by a manual start button or automated signal,<br />

a programmable controller activates the pneumatic gate feeder to begin loading<br />

material into the weigh hopper at a maximum feed rate. The single-point load cell<br />

transmits weight-gain information to the controller, which steps down the feed<br />

rate prior to reaching the target weight, for greater accuracy. The gate feeds the<br />

weigh hopper with material until the desired material amount is achieved. Once the<br />

desired weight is dispensed, the slide gate opens and dumps the measured ingredient<br />

into a container, mixer, or a downstream process.<br />

Process Control Corp., Atlanta, GA, U.S.A.;<br />

+1 770-449-8810; www.process-control.com<br />

TESTING EQUIPMENT<br />

Vehicle components’ quality assured with special<br />

analyzer<br />

Injection molder of plastics automotive<br />

components Karl Küfner<br />

(Albstadt-Tailfingen, Germany) has<br />

incorporated Mettler Toledo’s HR83<br />

halogen moisture analyzer into its<br />

manufacturing process for analysis<br />

and control of moisture content in<br />

plastics granules and components.<br />

Hans Lang, head of quality management<br />

at the processor says, “moisture<br />

in plastics is a very important factor<br />

influencing product quality, so we<br />

routinely monitor moisture content<br />

both before and during production<br />

to ensure quality and consistency<br />

standards across our range of products.”<br />

He says they decided on the<br />

HR83 device because it is easy and<br />

quick to use and is suitable in production<br />

environments. It provides<br />

reproducible results. The processor<br />

performs up to five tests/24 hr and<br />

due to the results it has optimized<br />

the company’s washing and injection<br />

processes, he says.<br />

Processor Karl Kufner sees the Mettler Toledo’s HR83<br />

halogen moisture analyzer as an essential part of<br />

production.<br />

Mettler Toledo AG, Greifensee, Switzerland; +41 44-944-2211; www.mt.com<br />

Innovation & Optimization Place<br />

SOFTWARE<br />

Online forum gives<br />

users a voice in<br />

software’s direction<br />

IQMS is asking the experts, its users,<br />

how its EnterpriseIQ ERP software can<br />

be improved, launching a Community<br />

Server that acts as an online user<br />

group where IQMS licensees can submit<br />

changes to the program that are voted<br />

on by other users. If the modifications<br />

are accepted they are then implemented<br />

by the company. Randall Flamm, IQMS<br />

president, told MPW that in the past,<br />

the company has offered multiday user<br />

groups where IQMS customers would<br />

travel and, in a conference setting, submit<br />

potential changes for the system. Flamm<br />

says the new “agile software” approach<br />

allows for an “ongoing user group that<br />

can be active all year long” for changes<br />

that occur at “the speed of light, instead<br />

of the speed of an airplane.”<br />

If a current customer doesn’t want to<br />

accept the change that has been pushed<br />

forward by the group, they can opt out<br />

of it, and Flamm said that before any<br />

modifications are implemented, IQMS<br />

verifies they will not have a deleterious<br />

effect on upstream or downstream<br />

systems. Glenn Nowak, VP of IQMS,<br />

said the Community Server, which has<br />

undergone a soft launch before being<br />

pushed out to its 500-plus customers, has<br />

already generated interest from existing<br />

clients. “[Community Server] is solving<br />

the everyday business issues of our customers,”<br />

Nowak said, adding the community<br />

of users has put forward tweaks<br />

to the program that IQMS had not anticipated<br />

but are of value.<br />

Flamm said business continues to grow<br />

in the downturn, if at a slower rate, with<br />

around 25 software implementations currently<br />

underway. In 2007, anticipating a<br />

downturn but not its depth, Flamm paid<br />

off all the company’s debt, including<br />

purchasing its buildings. In December<br />

of that year, the company beefed up its<br />

professional services group, hiring four<br />

to boost that team to 16 individuals.<br />

IQMS, Paso Robles, CA, U.S.A.;<br />

+1 805-227-1122; www.iqms.com<br />

28 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


The Trade Shows Connecting You<br />

to the Latest <strong>Plastics</strong> Solutions to Help<br />

Reduce Your Cost and Improve Your Process<br />

February 9–11, 2010<br />

Anaheim Convention Center<br />

Anaheim, CA<br />

June 8–10, 2010<br />

Jacob K. Javits Convention Center<br />

New York, NY<br />

Source the full spectrum of machinery, technology, and services<br />

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DESIGN|FOCUS<br />

Designing for disposables<br />

Meeting the medical disposables<br />

challenge<br />

By Clare Goldsberry<br />

Home care is becoming more predominant<br />

as hospital stays become<br />

shorter—even for some of the most<br />

serious surgeries—as insurers have<br />

reduced allowances for stays and payments<br />

to hospitals. With healthcare<br />

costs again in the spotlight, cost cutting<br />

is pervasive, to include in the disposable<br />

medical products arena.<br />

Hitting goals for low production costs<br />

often requires a new way of looking at these<br />

single-use devices (SUDs) and designing<br />

for manufacturability and reduced material<br />

usage on the processing side, while considering<br />

ease-of-use and minimizing the potential<br />

for error on the patient side. Many of<br />

the same considerations that are critical in<br />

designing multiple-use medical devices are<br />

also major considerations for SUDs.<br />

Tom O’Brien, product marketing manager<br />

for Lexan and Cycoloy and healthcare<br />

industry manager for the Performance<br />

Products unit at supplier Sabic Innovative<br />

<strong>Plastics</strong> (Pittsfield, MA), says that one of<br />

the trends in healthcare is increasing the<br />

throughput of patients in the system.<br />

“The longer you’re in an operating<br />

room, the longer you’re being<br />

treated, the more it costs,<br />

and insurance companies<br />

are paying less,”<br />

says O’Brien. “In the<br />

area of disposables,<br />

we’re seeing certain<br />

surgical<br />

instruments that<br />

have historically<br />

been<br />

fabricated<br />

of metal<br />

going to<br />

There are many things to take into consideration when designing medical<br />

disposable devices—particularly if they are for use outside the hospital or care<br />

provider’s office—such as ease of use, safety, and cost.<br />

plastic so they can<br />

be disposable. It<br />

eliminates the sterilization<br />

process, and<br />

allows the surgeon<br />

to move right on<br />

to the next surgery<br />

with no delays.”<br />

In one case,<br />

O’Brien explains,<br />

Sabic worked with<br />

an OEM on a metal<br />

skin stapler. “This<br />

skin stapler had<br />

between 20 and 25 components, so after<br />

each surgery the entire device had to be<br />

completely disassembled, sterilized, and put<br />

it back together,” he says. “There was a<br />

tendency to lose parts, and there was the<br />

time it takes in the sterilizer. Today, they use<br />

a disposable skin stapler.”<br />

Dave Devito, product marketing manager<br />

for Sabic’s LNP compounds product<br />

line and healthcare<br />

industry manager<br />

for specialty products,<br />

says that the<br />

term “disposable”<br />

spans a wide range of<br />

products. “Disposable<br />

might be an $800 skin stapler<br />

or a $20 syringe. I<br />

do know<br />

the medical<br />

device<br />

companies are<br />

Sabic Innovative <strong>Plastics</strong>’ Ultem<br />

material was chosen when the OEM<br />

switched from metal to plastics for<br />

this skin stapler.<br />

Transparency lends devices an aura of sterility; these<br />

plastics generally allow for multiple sterilization methods.<br />

investing in new products all the time,<br />

but always watching their costs,” Devito<br />

says. “Major device manufacturers are definitely<br />

expanding more into disposables,<br />

with combined functionality designed into<br />

the product. They are coming out with new<br />

products—doing some innovation. Minimally<br />

invasive surgical devices are expanding<br />

for more in-and-out procedures.”<br />

Kevin Dunay, market segment leader,<br />

medical polycarbonates NAFTA for Bayer<br />

MaterialScience LLC (Pittsburgh, PA),<br />

sees device companies asking for materials<br />

allowing for longer flow lengths in multicavity<br />

molds. Reducing costs to manufacture<br />

also means designing for thinner wall<br />

sections as well. “We see a growing trend in<br />

the health care market for thin-wall applications,”<br />

Dunay says.<br />

To address the demand for these, his<br />

company in June launched its Makrolon<br />

Rx2435 polycarbonate. Like its predecessor,<br />

Makrolon Rx2530, Makrolon Rx2435<br />

resin exhibits a good balance of mechanical<br />

strength and toughness, but the new<br />

grade also adds easier flow, specifically to<br />

meet the needs of thin-wall applications.<br />

30 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


Bayer MaterialScience’s<br />

new Makrolon Rx2435<br />

is used in<br />

catheter connectors.<br />

Potential thin-wall applications for Makrolon<br />

Rx2435 include dialysis components,<br />

catheter connectors, surgical instruments<br />

—such as tracers, retractors and handles—<br />

and drug delivery devices, he adds.<br />

Dunay notes that SUD makers continue<br />

to look at both new devices and “next-gen”<br />

products. “Certainly it’s easier for the OEMs<br />

to make small changes to a device they have<br />

a history with,” he states. “They are continuing<br />

to look at new technology, but they want<br />

to be cautious, too, because they need a high<br />

degree of safety and reliability.”<br />

Sabic’s O’Brien explains that the OEM<br />

typically works with the end user as they’re<br />

designing new products. “The surgeons want<br />

the feel—especially when an instrument goes<br />

from metal to plastic—that it’s sturdy and<br />

that it feels right in their hands. They need<br />

the instrument or device to work the same<br />

way each time.”<br />

O’Brien says that in light of the economy,<br />

new designs get put on hold more than they<br />

used to. Also, approval time for new designs<br />

can take a long time. “It might be more cost-<br />

mpw.plasticstoday.com<br />

effective to tweak a design on something<br />

that’s already proven as it’s easier for them<br />

to launch a redesign than come out with a<br />

whole new product,” he says.<br />

Single versus multiple use<br />

If medical device OEMs move increasingly<br />

toward SUDs—even in surgical<br />

instruments—has the need for sterilization<br />

waned? Sabic’s Devito says it’s not necessarily<br />

the case. “It’s still critical in application<br />

development to look at sterilization requirements,<br />

and it’s one of the main questions<br />

asked in the development process,” he says.<br />

“I think it’s all about efficiency. And it’s still<br />

one of the main CTQ (critical to quality)<br />

issues when device makers promote their<br />

products in healthcare.”<br />

Bayer’s Rx2435 grade also addresses the<br />

increasing demand for a radiation-stabilized<br />

ISO certifi cation opens medical doors<br />

Mack Prototype Inc. (Gardner, MA), a division of custom injection molder Mack<br />

Molding Co. and specializing in SLA rapid prototyping, CNC machining, and injection<br />

molding (8 presses sized 10-230 tons) for low-volume, small-to-medium parts<br />

processing, recently received its ISO 13485 certifi cation, the international quality<br />

standard for medical device manufacturing. “Achieving this quality hallmark uniquely<br />

positions us as a prototype house and low-volume manufacturer, as many manufacturers<br />

our size are not certifi ed to this stringent medical standard,” says Rick Perry,<br />

president of Mack Prototype. “It will put us at the table with major medical OEMs,<br />

who require suppliers to be certifi ed to ISO 13485 in order to quote new projects.<br />

And based on customer needs, it will allow us to partner with Mack Molding, which<br />

is FDA registered and has been certifi ed to ISO 13485 for several years, to provide<br />

a low-volume solution for major medical OEMs.”<br />

Michael Hanson, senior technical development engineer at the processor,<br />

explains that when designing medical disposables, it’s important to start with a target<br />

cost, which narrows the scope of possibilities. “Another often overlooked step is to<br />

clearly defi ne that part’s requirements,” Hanson says. “The overall goal is to meet the<br />

part requirements at the lowest possible cost, so this is where you must start.” Other<br />

design considerations he mentions include avoiding sharp edges that could easily<br />

prick surgical gloves; avoiding thin and thick sections to minimize molded-in stress<br />

levels and part warpage, and, of course, choosing the correct resin.<br />

medical grade of polycarbonate. It is gammastabilized<br />

and typically offered in the color<br />

Gamma (color code 451118), but can also<br />

be colored in any of the company’s other<br />

Rx Medical colors, all of which meet the<br />

requirements of FDA-Modified ISO 10993,<br />

Part1 tests with human tissue contact time<br />

of 30 days or less. Sabic’s portfolio includes<br />

materials that can meet every type of sterilization<br />

requirement including gamma and<br />

steam autoclave, which are the primary<br />

methods, notes O’Brien. “With gamma you<br />

have color shift but our products have color<br />

stabilizer in them so when PC devices are<br />

gamma sterilized they don’t shift toward yellow<br />

as much. It will shift a bit, then go back<br />

to clear. A lot of disposables are gamma<br />

sterilized because it’s quick.”<br />

With steam autoclave sterilization, there<br />

are two temperatures used, 134ºC or 121ºC.<br />

“Hospitals prefer the 134ºC because it’s<br />

quicker. You’re talking more robust materials<br />

for that, so it’s a trade-off. A lot of disposables<br />

like Y-sites, stopcocks, are PC that is<br />

generally gamma sterilized at the OEM, used<br />

once, and tossed. It all depends on the type of<br />

sterilization method,” says O’Brien.<br />

O’Brien is confident about the strength<br />

of the SUD market, but with reservations.<br />

“I think we’re seeing more applications<br />

and new products, but we’ve also seen<br />

that healthcare isn’t recession proof,” he<br />

says. “We’ve seen budget cuts in hospitals,<br />

OEMs moving a bit slower on new<br />

products than they used to. It’s still a<br />

good market, but they look at costs a lot<br />

more closely than they used to and ask<br />

that big question: What can I do to take<br />

costs out? MPW<br />

mpw.plasticstoday.com<br />

Click on the “Design Focus” tab for tips<br />

on specifying the right plastics in medical.<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 31


WORLD TOUR<br />

By Robert Colvin<br />

It wasn’t always that way. Back in 1982,<br />

Phil Tredway, who had been working<br />

in international banking in Montreal<br />

for eight years, decided it was time to<br />

start out on his own. So he and his wife<br />

moved back to their hometown, Erie,<br />

where he started his injection molding<br />

operations using two presses financed<br />

by Cincinnati Milacron (Batavia, OH)<br />

in a rented warehouse with a staff of<br />

three. Today he heads the company that<br />

employs 50.<br />

“At first we started processing overflow<br />

work that Omni <strong>Plastics</strong> (also Erie)<br />

couldn’t handle,” Tredway says. Other<br />

work followed along with additional<br />

custom molding of non-durable goods.<br />

He says he often slept on a cot on the<br />

shop floor to ensure that 24/7 operations<br />

ran smoothly with so few people. The<br />

company expanded during the 1980s<br />

and located in a cluster of other plastics<br />

NORTH AMERICA<br />

Business, Strategies & Markets<br />

Going lean means sustained business<br />

Thomas Tredway says Erie has been<br />

successful in designing and molding<br />

specialty closures sold for snack food<br />

containers.<br />

Erie Molded <strong>Plastics</strong> (Erie, PA) is a shining example of how small-to-medium-<br />

sized injection molders in developed regions can compete successfully by<br />

specializing and through automation.<br />

Father-and-son team (from left) Phil Tredway, president, and Thomas, sales manager,<br />

are guiding Erie Molded <strong>Plastics</strong> toward more proprietary molding to be less<br />

dependent on custom molding projects.<br />

processors along Erie’s W. Ridge Road.<br />

Everything seemed to be going fine until<br />

2001, when customers starting pulling<br />

work and outsourcing it overseas.<br />

“We saw a need to expand our customer<br />

base and to<br />

do more proprietary<br />

processing so as to<br />

be less dependent<br />

on custom molding,”<br />

recalls Tredway.<br />

That led to son<br />

Thomas, who previously<br />

worked during<br />

high school and<br />

university summer<br />

vacation periods on<br />

the shop floor, joining as sales manager; he<br />

already had sales experience as a stockbroker<br />

on the East Coast.<br />

One of the recent proprietary successes<br />

Erie Molded <strong>Plastics</strong> points to is a tamper-evident<br />

cap it designed, molded, and<br />

is now marketing. A U.S. snack food<br />

Investing in<br />

automation is a big<br />

priority with us. It doesn’t<br />

cost jobs, but allows our<br />

existing workers to do<br />

more meaningful work<br />

here at the plant.<br />

producer that previously sourced such<br />

work from molders in Brazil decided<br />

to bring the work back home and was<br />

looking to work with a Pennsylvaniabased<br />

molder. “For them, a local company<br />

was easier to<br />

talk to and logistics<br />

were faster as<br />

well,” says Thomas<br />

Tredway. Today<br />

the company has<br />

revenues of up to<br />

$7 million/yr, processing<br />

3 million<br />

lb/yr (about 1361<br />

tonnes/yr) of resin,<br />

two-thirds of which<br />

are commodity materials while the rest<br />

is mainly glass-filled nylon 6.6.<br />

But father Phil indicates that the<br />

operations still need to achieve a more<br />

competitive edge and the company has<br />

a number of projects in the works<br />

designed to cut its overall costs and<br />

32 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


WORLD TOUR<br />

improve product. “Investing in automation<br />

is a big priority with us,” he says. “It<br />

doesn’t cost jobs but allows our existing<br />

workers to do more meaningful work here<br />

at the plant.”<br />

A strategic goal is to increase proprietary<br />

processing up to 40% to be less<br />

reliant on custom injection molding. The<br />

launch of a successful line of caps and<br />

closures, including a 48-cavity mold for<br />

the body and closure of a European lip<br />

balm product, point to success in this sector.<br />

The company now has a 21-press park<br />

sized from 85-750 tonnes clamping force,<br />

all from Milacron, a move he says helps<br />

reduce maintenance and downtime due to<br />

machine uniformity.<br />

The company is sourcing its tooling from<br />

builders in Taiwan and China, although it<br />

uses local moldmakers for maintenance and<br />

repair. Another program is to reduce scrap<br />

but Thomas admits, “We aren’t where we<br />

want to be yet.” The plant has been airconditioned<br />

to reduce sweating of molds.<br />

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NORTH AMERICA<br />

Business, Strategies & Markets<br />

Erie Molded <strong>Plastics</strong>’ injection press park of Milacron machines includes one allelectric<br />

unit.<br />

To maintain its staff loyalty, the company<br />

has initiated a profit-sharing program and<br />

invests in continuing education.<br />

Phil Tredway, who is a past-president<br />

Call 866.879.9144 or<br />

sales@fosterprinting.com<br />

of the Society of <strong>Plastics</strong> Engineers, sees a<br />

bright future for his and other local molders<br />

who stress lean management and wellpaced<br />

growth plans. MPW<br />

<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 33


WORLD TOUR<br />

ASIA-PACIFIC<br />

Business, Strategies & Markets<br />

Blue skies prevail in China; are<br />

stormy skies ahead?<br />

By Stephen Moore<br />

They say you can gauge the health of<br />

China’s export-driven economy by the<br />

level of atmospheric pollution in Southern<br />

China. Assuming that is true, then a recent<br />

low smog-level drive through the industrial<br />

city of Dongguan clearly indicated<br />

that China’s export machine is suffering<br />

as the global economy flounders. Indeed,<br />

June’s exports from the country dropped<br />

year-over-year by 21.4%, the eight straight<br />

monthly decline, though the pace of decline<br />

is slowing. The big question is whether<br />

the domestic stimulus-driven recovery in<br />

China is sustainable or not. Some opine<br />

that the government succeeded in kickstarting<br />

the domestic economy through<br />

its stimulus efforts, but once the effects<br />

of these have flooded through the system,<br />

a repeat package of similar proportions<br />

would be difficult, and China would thus<br />

then depend on a global recovery to bolster<br />

its export-led economy. Clariant’s Juer-<br />

Most of the world may be mired in recession but China is exhibiting<br />

resilience, according to industry insiders who spoke with us in late May at<br />

the Chinaplas tradeshow in Guangzhou. The next months will tell if the<br />

relatively good times can hold.<br />

gen Heise, head of<br />

Greater China in<br />

Guangzhou, China<br />

for the additives<br />

and colorants supplier,<br />

is one forecasting<br />

such a twopronged<br />

recovery,<br />

saying, “We expect<br />

the current run-up<br />

to come to a halt<br />

in a few months,<br />

before a real recovery<br />

around May<br />

2010.”<br />

However, Engel<br />

Machinery Asia (Pyeongtaek, South Korea)<br />

President Robert Bodingbauer expects the<br />

current global crisis to boost China’s longterm<br />

prospects. “Once the world recovers,<br />

I think the majority of companies will<br />

look at investing in production facilities in<br />

Chinaplas <strong>2009</strong> attracted 69,298 visitors, including 11,340 from overseas.<br />

Arburg’s Man: The strong get stronger.<br />

Asia rather than<br />

Europe and other<br />

developed economies.<br />

The main<br />

beneficiary will<br />

be China,” stated<br />

Bodingbauer.<br />

Southern China<br />

export strife<br />

The plastics processing<br />

sector in<br />

Southern China<br />

presently is characterized<br />

by two<br />

extremes, according<br />

to Max K.W. Man, general manager at<br />

injection molding machine manufacturer<br />

Arburg’s Shenzhen operation. “They either<br />

have no work whatsoever or they are busy.<br />

Customers are looking for the strongest<br />

companies when they place their orders,”<br />

he said. The rest of the year will likely be<br />

critical to the survival of many, he predicted.<br />

“Processors reliant on export orders<br />

have to prove to the banks that they have<br />

orders in order to get financing,” said Man,<br />

who added that while Arburg has suffered<br />

from the downturn, it has not been hit to<br />

the same extent as machine suppliers serving<br />

the low-end market. “We have already<br />

seen some confidence restored in the second<br />

quarter, although machine buyers are<br />

taking longer to sign,” he said.<br />

Healthy homeland<br />

Domestically the picture remains relatively<br />

bright. Since March, various<br />

government stimuli and initiatives have<br />

kicked in, and the local economy has<br />

begun to tick again. While the major-<br />

34 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


WORLD TOUR<br />

ity of China’s $586 billion fiscal stimulus<br />

package is destined for infrastructure and<br />

construction, other government initiatives<br />

are boosting the processing sector. Tax<br />

rebates have seen auto sales in China at<br />

record levels of late, while ready availability<br />

of credit and VAT (Value Added<br />

Tax) rebates have boosted capital investment.<br />

A voucher distribution program<br />

has ignited appliance demand, to cite<br />

another example.<br />

As part of its efforts to boost the local<br />

economy, China in January exempted<br />

purchases of injection molding machines<br />

from a 17% VAT burden, a move that<br />

helped drive sales, according to Helmar<br />

Franz, chief strategy officer of Ningbo<br />

Haitian Co. (Ningbo, China). “After an<br />

extended New Year break, buying activity<br />

returned in March and we are now<br />

at 80% of the peak level of 2008,” said<br />

Franz, who has also noticed a fall-off<br />

in production at many multinationals<br />

in China. “In a recession, it’s easier to<br />

mpw.plasticstoday.com<br />

ASIA-PACIFIC<br />

Business, Strategies & Markets<br />

lay off people and cut back on production<br />

in China than in a home market in<br />

Europe.”<br />

Echoing Haitian’s sentiments, Taiwan’s<br />

Fu Chun Shin (Tainan) reported<br />

that orders in January and February<br />

of this year were at just 20% of the<br />

level of 2008. However, “During March<br />

through May, we returned to a level of<br />

70%,” said John Hsieh, planning department<br />

manager. “Outside China, Africa is<br />

doing quite well because it’s not as integrated<br />

into the global economy.”<br />

Packaging progress needs more<br />

efficient equipment<br />

Netstal China Ltd. (Shanghai) is also<br />

“quite happy” with recent business in<br />

China. General Manager Andreas Nydegger<br />

said his company is gaining market<br />

share in the higher cavitation market for<br />

72- and 92-cavity PET perform molding<br />

systems, though this remains a smaller<br />

market than that for lower cavitation units.<br />

At PCC Chemax, we don’t simply sell products...we sell solutions.<br />

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“The key to success in the China market<br />

is (supplying) machines that are easy to<br />

set up and maintain. Chinese processors<br />

are not quite ready for the cavitations of<br />

144 and even 192 that we are seeing in<br />

North America,” said Nydegger. He added<br />

that Chinese processors are showing an<br />

increased appreciation for the benefits of<br />

reliability, less material usage, and faster<br />

cycle times. Although a typical Netstal rigid<br />

packaging system costs four times more<br />

than 15 Chinese machines, production efficiency<br />

is better by a factor of six to seven<br />

and ROI is around one year, he claimed.<br />

Packaging production efficiency will be<br />

a key component of revisions that are to<br />

be made to China’s packaging legislation.<br />

Observers say this change will push industry<br />

consolidation and demand for energy<br />

efficient machinery.<br />

Hosokawa Alpine (Augsburg, Germany)<br />

Divisional Manager Christopher Tarrant<br />

says orders for blown film extrusion<br />

lines such as the ones his company makes<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 35


WORLD TOUR<br />

were put on hold in China for around<br />

six months but now seem to be gaining<br />

momentum. “It will take some time to<br />

see if this continues but a lot of projects<br />

that were shelved last year are restarting,”<br />

stated Tarrant. In particular, petrochemical<br />

joint ventures need flexible<br />

plastic packaging for their production,<br />

he said. Increased fertilizer production<br />

in China coupled with a tendency to<br />

switch from woven sacks to PE sacks is<br />

also boosting demand.<br />

Chinese processors naturally are also<br />

looking to reduce their plastics’ cost by<br />

reducing material use, which should drive<br />

a shift to greater use of linear low density<br />

polyethylene (LLDPE) for flexible packaging.<br />

One thing standing in the way of<br />

downgauging, however, is that Chinese<br />

businesses continue to manhandle bags<br />

rather than use automated handling.<br />

“They are handled roughly and 120 μm<br />

or 140 μm bags wouldn’t be able to handle<br />

such treatment,” noted Tarrant. Cur-<br />

ASIA-PACIFIC<br />

Business, Strategies & Markets<br />

Clariant’s Heise: W-shaped recovery.<br />

rently the standard in the country is 160<br />

μm. “China needs to revisit its logistics<br />

system before downgauging to gauges of<br />

advanced countries,” adds Tarrant.<br />

Brückner (Siegsdorf, Germany),<br />

meanwhile, has received orders for seven<br />

bi-oriented polypropylene (BOPP) and<br />

polyethylene terephthalate (BOPET)<br />

lines in China so far this year, and officials<br />

there reason it is benefiting from the<br />

availability of financing and a relatively<br />

strong local economy. “At present, processor<br />

margins are slim but their operating<br />

rates are high so cash flow is good,”<br />

noted Phillip Chen, managing director<br />

of Brückner Far East (Hong Kong). As<br />

Chinese processors invest in the more<br />

cost-effective lines, older lines will have<br />

to be shut down or be devoted to niche<br />

products, according to Chen.<br />

“We expect to sign a few deals after<br />

the Chinaplas show,” said Peter Oswald,<br />

managing director of tenter equipment<br />

manufacturer DMT Guangzhou Machinery.<br />

The two latest BOPP projects in<br />

Asia for the manufacturer are at processors<br />

Paoyan (Taipei) and Zhejiang Yiwu<br />

YiMei Film Industry (Yiwu, Zhejiang<br />

Province). Both lines are equipped with<br />

DMT’s TDO inlet sprocket drive, which<br />

CLICK mpw.plasticstoday.com/infolink<br />

36 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


WORLD TOUR<br />

reduces the chain load and results in<br />

higher uptime with lower energy and oil<br />

consumption.<br />

YiMei just installed its second 450 m/<br />

min line from DMT. “Higher output is<br />

the key requirement in the industry on<br />

account of its commodity nature, but<br />

there is some interest in specialty lines,”<br />

said Oswald. Zhejiang Hangbao Group<br />

Co., for example, operates a 5-layer high<br />

barrier line from Oswald’s firm. There’s<br />

also a need for flexibility to switch from<br />

commodity to specialty products using the<br />

same line. For example, Fujian Quanzhou<br />

Lichang Plastic Co., switched from BOPP<br />

film extrusion to production of synthetic<br />

PP paper (filled with CaCO 3 ) when the<br />

market had a previous downturn.<br />

Jürgen Rehkopf, GM for the Asian-<br />

Pacific headquarters in Singapore of<br />

extruder manufacturer Reifenhaüser<br />

(Troisdorf, Germany) was surprised how<br />

busy Chinaplas turned out to be, saying,<br />

“We had solid talks on technol-<br />

P E P P 20 0 9<br />

GLOBAL CONFERENCES,<br />

STUDIES, PROJECTS<br />

mpw.plasticstoday.com<br />

ogy and will see<br />

what comes out of<br />

them…The ones<br />

that didn’t survive<br />

the crisis are not<br />

our customers.<br />

Now the larger<br />

players are benefiting<br />

from less competition.”Rehkopf<br />

maintained that<br />

in times of crisis,<br />

processors with<br />

the most efficient<br />

machinery can<br />

gain an advan-<br />

ASIA-PACIFIC<br />

Business, Strategies & Markets<br />

tage. “We’ve had five contracts signed in<br />

Southeast Asia and China this year. There<br />

is demand for machines but definitely<br />

a hurdle in terms of getting financing<br />

because most money is going into large<br />

projects,” he said.<br />

Reifenhaüser’s Rehkopf also noted a<br />

lot of international visitors from coun-<br />

Haitian’s Franz: New low-cost Tianjian machine for local<br />

market.<br />

PEPP <strong>2009</strong><br />

18th Annual World Congress<br />

Polyethylene & Polypropylene Chain World Congress<br />

Zürich, Switzerland, October 13–14–15, <strong>2009</strong><br />

tries such as Morocco, Thailand, Mexico,<br />

Chile and Pakistan.<br />

“They want to see how close the<br />

Chinese machine builders are getting to<br />

us in terms of performance, and at what<br />

price,” said Rehkopf. “We’re still ahead<br />

but we need to keep an eye on the Chinese<br />

competition.” MPW<br />

Tuesday, October 13th Wednesday, October 14th Thursday, October 15th<br />

Polyolefins Global Review I High Pressure PE /EVA<br />

MBS (CH): Global PO Report<br />

Access Intelligence (USA): C2 Report<br />

Ineos (GB): HAOs Report<br />

Sinopec BRICI (PRC): PO Technology<br />

Tasnee (KSA): New Global PO Player<br />

MATT Management (NL): HP PE Technology<br />

LyondellBasell (DE): Lupotech*A Process<br />

United Initiators (DE): LDPE Peroxides<br />

SRI Consulting (CH): LDPE/EVA Markets<br />

Polyolefins Global Review II PE/PP Process Technology<br />

Oriental PC (EG): PO Challenges<br />

Nova Chemicals (USA): Processes/Catalysis<br />

Ineos (BE): HDPE Products<br />

Borealis (AT): PP Pkg. Solutions<br />

Vogt Plastic (DE): PO Recyclates<br />

Chevron Phillips (USA): Process Technology<br />

Ineos (FR): Dual PE Technology<br />

Lummus Novolen (DE): Novolen* Technology<br />

Univation (USA): Unipol* PE Process<br />

Polyolefins Logistics Polyolefin Catalyst Update<br />

Zeppelin (DE): PO Logistics Chain<br />

Haver & Boecker (DE): Packaging/Distrib.<br />

Interbulk (NL): Suppy Chain Mgmt.<br />

K. Schmidt/Agility (DE): Logistic Trends<br />

Akzo Nobel (NL): Aluminoxane Grades<br />

Albemarle (USA): Polyolefin Catalysts<br />

Lummus Novolen (DE): Catalysts Solutions<br />

PQ Corporation (GB): Silica Catalyst<br />

PE/PP Engineering Technology PE / PP Additivation / Modifications<br />

Tecnimont (IT): Servicing PO Ind.<br />

Coperion (DE): PP/PE High Cap. Lines<br />

K-Tron (CH): Mixing/Dosing<br />

Evening Hospitality Function<br />

GLOBAL CONFERENCES,<br />

STUDIES, PROJECTS<br />

The sources for chemical and plastics insight and intelligence<br />

Songwon (CH): TNPP Replacement<br />

Chemtura (BE): Additives for Efficiency<br />

Milliken (BE): Speciality Additives<br />

Omya (CH): Mineral Modifiers<br />

MAACK BUSINESS SERVICES<br />

Maack & Scheidl Partnership PLASTICS TECHNOLOGY AND MARKETING<br />

CH-8804 Au/near Zürich, Switzerland Tel: +41-44-781 30 40 Fax: +41-44-781 15 69<br />

E-mail: MBSpolymer@bluewin.ch www.MBSpolymer.com<br />

OPEN HOUSE EVENT<br />

Thursday morning<br />

by:<br />

Omya International AG<br />

(Oftringen, Switzerland)<br />

Invited Panelists<br />

(Global Review Sessions)<br />

Converters:<br />

Manuli Stretch<br />

Schöller Arca<br />

Tetra Pak International<br />

Brand Owners:<br />

Johnson & Johnson<br />

Procter & Gamble<br />

Unilever<br />

CLICK mpw.plasticstoday.com/infolink<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 37


WORLD TOUR<br />

EUROPE<br />

Business, Strategies & Markets<br />

Innovation key to future for Serbian<br />

processors<br />

By Robert Colvin<br />

Barrier-film processor Spektar (Gornji<br />

Milanovac), after installing a 7-layer,<br />

biaxially oriented, blown shrink-wrap line<br />

from Kuhne Anlagebau (Sankt <strong>August</strong>in,<br />

Germany) five years ago (April 2004<br />

MPW, p. 45), has embarked on a project<br />

offering even higher barrier. The<br />

processor was named 2007 Exporter of<br />

the Year by the government for its innovative<br />

packaging products, which are<br />

sent to markets throughout Europe, the<br />

surrounding Balkan states of the former<br />

Yugoslavia, Russia/CIS countries, and<br />

even North America, where the processor<br />

is eager to find a distributor.<br />

Spektar owner Zoran Dordevic,<br />

together with his two sons, has opted<br />

for a 9-layer, triple bubble system, producing<br />

web in 25-100-μm tolerances, on<br />

a line delivered from Kuhne but with its<br />

design based on Spektar’s 5- and 7-layer<br />

production experience, he says. The new<br />

unit allows up to 50%<br />

better shrink properties<br />

for packaging of meats<br />

and cheese.<br />

Son Petar Dordevic<br />

says the unit will complement<br />

the company’s<br />

offering since 7-layer<br />

film (40-100 μm) produced<br />

there provides<br />

better puncture resistance<br />

for packaging<br />

such things as fresh<br />

meat with sharp bones.<br />

“We want to be able<br />

to offer customers the<br />

optimum choice of film<br />

structures to match<br />

their products,” he<br />

says.<br />

Petar Dordevic adds<br />

The first 10,000 injection<br />

molded instantaneous hot<br />

water heaters left Serbian<br />

processor RPC Pesovic for<br />

delivery to a South African<br />

building developer in April.<br />

Although Serbia is a small European country, big things are happening there in<br />

plastics processing as discovered on a recent return visit by <strong>Modern</strong> <strong>Plastics</strong>.<br />

that the 9-layer line<br />

also yields substantial<br />

future possibilities.<br />

For example,<br />

for cheese packaging<br />

that Spektar started<br />

targeting last year,<br />

he foresees a 9-layer<br />

film with a selective<br />

barrier, permitting<br />

CO 2 that cheeses<br />

produce to be evacuated<br />

while preventing<br />

oxygen ingress.<br />

Better-controlled<br />

barrier for poultry<br />

packaging is also<br />

possible.<br />

During the last<br />

two years the company invested about<br />

€5 million not only in the 9-layer line<br />

but also in a new building addition to<br />

house the unit and an<br />

8+8 color flexographic<br />

printer from Windmöller<br />

& Hölscher (Lengerich,<br />

Germany), delivered in<br />

June of this year. The<br />

expansion also required<br />

the company to meet<br />

new fire regulations and<br />

since the local community<br />

could not guarantee<br />

enough water delivery in<br />

case of fire, Spektar was<br />

required to install water<br />

storage on the premises<br />

Award-winning designer and injection molder P. Peshovich,<br />

owner of RPC Pesovic, demonstrates his injection molded,<br />

tankless, energy-saving water heater, recently delivered to<br />

a South African customer.<br />

in case of a blaze. Zoran<br />

Dordevic decided if he<br />

had to include that, then<br />

the storage should be in<br />

the form of a swimming<br />

pool, which staff and<br />

families use after work.<br />

At blown-film processor Bel Plast<br />

(Bela Zemlja), Manager Sanja Spijunovic<br />

saw enough growth potential to install a<br />

new 3-layer line from Kuhne primarily<br />

dedicated to linear low-density polyethylene-based<br />

stretch-hood production<br />

for pallet wrap targeted at such products<br />

as cement bags, cinder blocks, and<br />

roofing tiles. The €2 million line with<br />

inline printing is also versatile enough,<br />

says Spijunovic, that it can be used to<br />

produce biodegradable shopping bags<br />

for Serbia’s largest supermarket chain,<br />

Delta. Film line troubleshooting is handled<br />

by remote diagnostics.<br />

At processor and toolmaker RPC<br />

Pesovic (Simanovci), a new complement<br />

to the existing injection molded water-<br />

and energy-saving sanitary fixtures line<br />

is a plastic instantaneous water heater.<br />

Originally RPC Pesovic was only to supply<br />

the fixtures but its co-vendor for hot<br />

water boilers was incapable of supplying<br />

38 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


WORLD TOUR<br />

the necessary number of units for the<br />

project in the designated time.<br />

“We were asked to take over the<br />

complete development of the system, but<br />

we had no experience in producing water<br />

heaters,” says Vojin Peshovich, marketing<br />

director and son of the owner. “We<br />

“<br />

Generally a<br />

[traditional] water heater<br />

wastes up to 1000 kWh of<br />

energy just keeping warm<br />

water available. Our unit<br />

eliminates that.<br />

”<br />

came up with a solution in 30 days and<br />

another 90 days was necessary to build<br />

the required molds and stamping tools.”<br />

The result is a mini (500g) injection<br />

molded tankless water heater that is said<br />

to waste no energy.<br />

mpw.plasticstoday.com<br />

EUROPE<br />

Business, Strategies & Markets<br />

Unlike insulated heaters<br />

that heat up water and hold<br />

it warm for use, this unit provides<br />

instant warm water on<br />

demand. “Generally a [traditional]<br />

water heater wastes<br />

up to 1000 kWh of energy<br />

just keeping warm water<br />

available. Our unit eliminates<br />

that—as well as the<br />

wait until the warm water<br />

reaches the faucet through<br />

the pipes (an average of<br />

3.5L loss), since this unit is<br />

installed directly above the<br />

faucet for a shower, tub, or<br />

wash basin,” he says.<br />

Development of this injection<br />

molded project, using a blend of engineering<br />

resins to cope with the 70-80°C<br />

water temperatures, started last November,<br />

and delivery of the first 10,000 units<br />

to the South African building and construction<br />

customer took place in April.<br />

CLICK mpw.plasticstoday.com/infolink<br />

Climbing up the barrier-film processor’s new<br />

9-layer web tower to inspect operations are (from<br />

left) Spektar Managing Director Zoran Dordevic<br />

and son Petar.<br />

“Fast reaction was needed on this project<br />

along with particular attention to endproduct<br />

quality,” says Peshovich. The<br />

company is now seeking certification<br />

of this unit so that it can be marketed<br />

throughout the European Union. MPW<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 39


<strong>2009</strong> Auxiliaries & Supplies Directory<br />

Contents<br />

Companies are arranged alphabetically within the following categories:<br />

Blenders/feeders/dosers ................................................................................. 40<br />

Blown film extrusion ....................................................................................... 40<br />

Compounding systems .................................................................................... 40<br />

Decorating/printing equipment ....................................................................... 41<br />

Dryers ............................................................................................................. 41<br />

Extrusion systems, blown film ........................................................................ 41<br />

Extrusion systems, pipe & profile .................................................................... 41<br />

Extrusion systems, sheet ................................................................................ 42<br />

Gear pumps .................................................................................................... 42<br />

Hoses for material handling ............................................................................ 42<br />

Measurement/testing equipment ..................................................................... 42<br />

Microcellular gas dosing & supercritical fluid delivery systems ...................... 42<br />

Molds, dies & components .............................................................................. 43<br />

Pad printing machines .................................................................................... 43<br />

Pelletizing systems ......................................................................................... 43<br />

Recycling systems .......................................................................................... 43<br />

Screen changers ............................................................................................. 43<br />

Shut-off nozzles ............................................................................................. 44<br />

Size reduction equipment ............................................................................... 44<br />

Temperature controls ...................................................................................... 44<br />

Thermal analysis, analyzing & testing ............................................................. 45<br />

Welding/sealing/bonding equipment ............................................................... 45<br />

Winding equipment ......................................................................................... 45<br />

Requests for information on listing in future issues should be sent to Iris N. Topel,<br />

<strong>Modern</strong> <strong>Plastics</strong> <strong>Worldwide</strong>, P.O. Box 690577, East Elmhurst, New York 11369<br />

Tel: +1 718-478-8104 • Fax: +1 718-478-8105 • iris.topel@cancom.com<br />

BLENDERS/FEEDERS/DOSERS<br />

Plastrac Inc.<br />

3928 Miller Rd., PO Box 1067<br />

Edgemont, PA 19028 United States<br />

610-356-3000; 610-356-7022 (fax)<br />

sales@plastrac.com<br />

www.plastrac.com<br />

Plastrac Inc. manufactures Disc-based Blending<br />

and Dosing equipment and hopper loaders for<br />

all plastics processing. Blending and Dosing units<br />

include gravimetric self-calibrating Dosing units,<br />

multi-ingredient blenders and volumetric color<br />

proportioning equipment. A modular design concept<br />

makes Auto-Disc units capable of fast material<br />

changes. Loaders include both individual units<br />

and mini-central conveying systems. Models are<br />

available as machine-mounted or floor-mounted<br />

equipment. Micro-feeding units provide inherently<br />

consistent feeding characteristics and are being<br />

used in production to add less than 0.02% color<br />

per shot with micro-pellets and micro-beads.<br />

BLOWN FILM EXTRUSION<br />

Addex Inc.<br />

154 Maple St.<br />

Stoughton, MA 02072 United States<br />

781-344-5800; 781-344-5766 (fax)<br />

addex@addexinc.com<br />

www.addexinc.com<br />

Supplier of Premier Blown Film Equipment. In the<br />

age of high resin prices issues like controlling the<br />

overall thickness variation, controlling the thickness<br />

of expensive barrier layers, tight layflat control<br />

and low scrap rates become very important!<br />

The good news is Addex has excelled in these for<br />

years. In <strong>2009</strong> Addex added GRAVEX a Continuous<br />

Gravimetric Blending system to its offerings to<br />

address all aspects of raw material savings.<br />

COMPOUNDING SYSTEMS<br />

Coperion GmbH<br />

Theodorstr. 10<br />

Stuttgart 70469 Germany<br />

49-711-897-2301; 49-711-897-3999 (fax)<br />

info@coperion.com<br />

www.coperion.com<br />

Coperion, formerly Werner & Pfleiderer, Waeschle,<br />

Keya and Hartmann, is the worldwide market and<br />

technology leader in compounding & extrusion,<br />

materials handling and service. Across the world<br />

we implement individual and turnkey solutions<br />

for compounding technology and bulk materials<br />

handling. This covers the full added value chain<br />

of the production process from consultation and<br />

planning, through engineering, process optimization,<br />

manufacturing, delivery, installation and<br />

commissioning to our worldwide service network.<br />

Our service structure, consisting of 27 efficient<br />

service centers and more than 250 service technicians<br />

all over the world, enables us to act quickly<br />

and directly wherever our customers need us.<br />

Coperion-wherever material is compounded and<br />

conveyed:<br />

• polyolefins<br />

• engineering plastics<br />

• masterbatches<br />

• long fiber-reinforced plastics<br />

• PVC<br />

• wire and cable compounds<br />

• powder coatings/toner<br />

• chemistry and reaction engineering<br />

• minerals<br />

• food<br />

• pharma.<br />

Get the best global plastics<br />

news roundup.<br />

Subscribe to MPW’s<br />

e-Weekly.<br />

Simply go to<br />

mpw.plasticstoday.com<br />

and click on<br />

“Newsletters”<br />

under the Tool Chest tab<br />

on our home page<br />

to sign up.<br />

40 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


DECORATING/PRINTING EQUIPMENT<br />

ITW Trans Tech<br />

475 N. Gary Ave.<br />

Carol Stream, IL 60188 United States<br />

630-752-4000; 630-752-4460 (fax)<br />

sales@itwtranstech.com<br />

www.itwtranstech.com<br />

Founded in 1979, ITW Trans Tech designs, fabricates<br />

and supplies pad printing, laser, and digital<br />

inkjet printing equipment to provide complete<br />

product decorating solutions for a wide range of<br />

industries. The Illinois Tool Works (ITW) company<br />

offers a full line of standard equipment as<br />

well as custom automated systems to manufacturers<br />

of medical devices, automotive components,<br />

sporting goods, appliances, hand tools, communications,<br />

and plastic injection molders. ITW Trans<br />

Tech provides a single source of consumables,<br />

including: silicone pads, printing plates, standard<br />

and specially formulated inks, and other printing<br />

supplies and accessories. The company continuously<br />

supports its products and customers with<br />

the largest experienced team of service experts in<br />

North America.<br />

DRYERS<br />

The Witte Company, Inc.<br />

507 Route 31 South, PO Box 47<br />

Washington, NJ 07882-0047 United States<br />

908-689-6500; 908-537-6806 (fax)<br />

info@witte.com<br />

www.witte.com<br />

Witte designs and manufactures the “Witte”<br />

Screener as well as a combination Fluid Bed Dryer/Cooler/Screener<br />

for the <strong>Plastics</strong> Industry. The<br />

Witte Screeners are considered by most to be the<br />

standard of the industry due to their separating efficiency,<br />

ease of cleanability and low maintenance.<br />

The Witte Cooler can typically remove 100°F in<br />

three (3) feet of length. Test facilities are available<br />

in Washington, NJ, which can demonstrate<br />

our Cooling, Drying and Separation capabilities.<br />

Please call to arrange a trial.<br />

mpw.plasticstoday.com<br />

EXTRUSION SYSTEMS,<br />

BLOWN FILM<br />

Alpha Marathon Film Extrusion<br />

Technologies Inc.<br />

170 Hanlan Rd.<br />

Woodbridge, ON, L4L 3P6 Canada<br />

905-265-2055; 905-265-8817 (fax)<br />

alpha@alphamarathon.com<br />

www.alphamarathon.com<br />

Alpha Marathon Film Extrusion Technologies<br />

Inc. (AMFETI) is an OEM of complete turnkey<br />

systems and extrusion components to the blown,<br />

cast, bubble forming and converting industry.<br />

Alpha is a custom machinery manufacturer with<br />

over 35 years of design, engineering and supplying<br />

of innovative and patented technology improving<br />

film quality and output worldwide in more than<br />

20 countries. While the core of our business and<br />

expertise is blown film dies AMFETI also special-<br />

Internet Index<br />

Extrusion systems, pipe & profile<br />

izes in state-of-the-art winding technology and is<br />

successful in combining these and other quality<br />

assets into complete turnkey systems, quality assured.<br />

EXTRUSION SYSTEMS,<br />

PIPE & PROFILE<br />

Versa Machinery<br />

4850 Green Ct.<br />

Elkhart, IN 46516 United States<br />

574-266-0780; 866-44VERSA<br />

574-266-0762 (fax)<br />

Sales@VersaMachinery.com<br />

www.versamachinery.com<br />

Versa Machinery is a manufacturer of Cutters,<br />

Pullers, Transport Conveyors, Air Ejectors, and<br />

Addex Inc. www.addexinc.com<br />

Agr International, Inc. www.agrintl.com<br />

Alpha Marathon Film Extrusion Technologies Inc. www.alphamarathon.com<br />

bielomatik inc. www.bielomatikinc.com<br />

Coperion GmbH www.coperion.com<br />

CROWN Machine uwp., Inc. www.crown-cdl.com<br />

Dukane-Intelligent Assembly Solutions www.dukcorp.com/us<br />

ElektroPhysik USA Inc. www.elektrophysikusa-plastics.com<br />

EMC2 Inc. www.emcsquared.com<br />

Gneuss, Inc. www.gneuss.com<br />

Gneuss Kunststofftechnik GmbH www.gneuss.com<br />

Herrmann Ultrasonics, Inc. www.herrmannultrasonics.com<br />

Herzog AG, Degersheim www.herzog-ag.com<br />

Hosokawa Alpine Aktiengesellschaft www.alpinehosokawa.com<br />

ITW Trans Tech www.itwtranstech.com<br />

Key Filters, Inc. www.keyfilters.com<br />

Kuriyama of America, Inc. www.kuriyama.com<br />

Maag Pump Systems AG www.maag.com<br />

Netzsch Instruments Inc. www.e-thermal.com<br />

NGR Next Generation Recyclingmaschinen GmbH www.ngr.at<br />

Pad Print Machinery of Vermont Inc. www.padprintmachinery.com<br />

PALLMANN Pulverizers Co., Inc. www.pallmannpulverizers.com<br />

Parkinson Technologies Inc., Marshall and Williams <strong>Plastics</strong> www.parkinsontechnologies.com<br />

Plastrac Inc. www.plastrac.com<br />

Rotogran International Inc. www.rotogran.com<br />

SINGLE Temperature Controls, Inc. www.single-temp.com<br />

SML Maschinengesellschaft mbH www.sml.at<br />

StackTeck Systems Ltd. www.stackteck.com<br />

Trexel, Inc. www.trexel.com<br />

Versa Machinery www.versamachinery.com<br />

The Witte Company, Inc. www.witte.com<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 41


<strong>2009</strong> Auxiliaries & Supplies Directory<br />

Cut Length/Batch Controls for the plastic and<br />

rubber extrusion industries. The company offers a<br />

broad line of products that cover a wide spectrum<br />

of extrusion applications. Versa Machinery has experience<br />

processing a variety of materials. Specialized<br />

products are offered that allow for accurate<br />

measurement and cutting of elastic products like<br />

silicone rubber and flexible PVC. At NPE <strong>2009</strong><br />

(Chicago, IL, June <strong>2009</strong>) Versa Machinery displayed<br />

its De-Reeler/Dancer system that facilitates<br />

the de-reeling of elastic and tacky materials in a<br />

uniform manner, without stretching. Versa Machinery<br />

also displayed a Servo Cutter/Servo Puller<br />

combination system at NPE <strong>2009</strong>.<br />

EXTRUSION SYSTEMS, SHEET<br />

SML Maschinengesellschaft mbH<br />

Bundesstrasse 1a<br />

Lenzing 4860 Austria<br />

43-7672-912-0; 43-7672-912-9 (fax)<br />

sml@sml.at<br />

www.sml.at<br />

100% extrusion lines for leading companies. SML<br />

(Starlinger Maschinen Lenzing), with its head office<br />

in Lenzing, Austria, is specialized in building<br />

high-performance extrusion equipment based on<br />

nearly 40 years of experience. SML has focused<br />

on the development of coextrusion lines for film,<br />

sheet and laminates as well as on extrusion spinning<br />

lines for multifilaments. Besides supplying<br />

custom-made extrusion lines SML offers holistic<br />

and reliable concepts to support customers in the<br />

realization of complex products. SML puts high<br />

value on service and long-term business-relationships<br />

and regards its customers as partners. Offices<br />

for sales and service in Beijing, Kuala Lumpur,<br />

Chicago and Moscow as well as more than 60<br />

agents guarantee optimal customer proximity and<br />

access to all important markets worldwide.<br />

GEAR PUMPS<br />

Maag Pump Systems AG<br />

Aspstrasse 12<br />

Oberglatt 8154 Switzerland<br />

41-44-278-8200; 41-44-278-8201 (fax)<br />

welcome@maag.com<br />

www.maag.com<br />

Maag Pump Systems develops and manufactures<br />

gear pumps, filtration systems and screen changers<br />

for the plastic and chemical industries and established<br />

himself as the technology and market leader<br />

in this particular business environment. Maag<br />

Pump Systems success in the served markets lies in<br />

devising solutions that balance considerations between<br />

the technical and commercial aspects at every<br />

stage of the process. As a market leader they have<br />

a strong relationship to their customers. Whether<br />

developing proprietary tools and programs or<br />

working to stringent safety and quality specifications,<br />

this passion for excellence creates top quality<br />

products and is the reason why Maag Pump Systems<br />

is the industry’s most trusted name.<br />

HOSES FOR MATERIAL HANDLING<br />

Kuriyama of America, Inc.<br />

360 E. State Parkway<br />

Schaumburg, IL 60173-5335 United States<br />

847-755-0360; 847-885-0996 (fax)<br />

sales@kuriyama.com<br />

www.kuriyama.com<br />

Kuriyama of America, Inc., is celebrating its 41st<br />

year of providing quality hose products to the processing<br />

industry. Tigerflex PVC/Polyurethane<br />

and PVC suction and material handling hoses<br />

allow visual monitoring of material flow. An embedded<br />

copper grounding wire is used to dissipate<br />

static electricity. Hose Tec® interlocked metal hoses<br />

provide excellent abrasion resistance for use in<br />

higher temperature applications and are available<br />

with special swivel fittings. Kuri Tec® offers PVC<br />

non-reinforced tubing, yarn and (non-kinking)<br />

wire-reinforced hoses and the new Polywire® Plus<br />

hose which offers both wire with yarn reinforcement<br />

that can be used for powder and liquid transfer<br />

applications.<br />

MODERN PLASTICS WORLDWIDE<br />

UPCOMING DIRECTORIES<br />

PRIMARY PROCESSING<br />

MACHINERY<br />

DIRECTORY<br />

December <strong>2009</strong><br />

MEASUREMENT/<br />

TESTING EQUIPMENT<br />

Agr International, Inc.<br />

615 Whitestown Rd.<br />

Butler, PA 16001 United States<br />

724-482-2163; 724-482-2767 (fax)<br />

sales@agrintl.com<br />

www.agrintl.com<br />

Agr International, Inc., offers a variety of equipment<br />

and services designed to meet the quality assurance<br />

needs of the plastic container industry. Products<br />

include in-line process monitoring systems for PET<br />

containers, vision-based inspection systems for containers<br />

and preforms, automated laboratory products,<br />

and various manual gauges for use in the laboratory or<br />

on the production floor. Agr International is committed<br />

to being the industry leader in container testing<br />

and process monitoring. Through continued research<br />

and development at our Butler, PA, USA, headquarters,<br />

our engineers are providing the technological<br />

developments to meet the current and future quality<br />

assurance needs of the plastic container industry.<br />

ElektroPhysik USA Inc.<br />

778 W. Algonquin Rd.<br />

Arlington Heights, IL 60005 United States<br />

847-437-6616; 800-782-1506<br />

847-437-0053 (fax)<br />

aivars@elektrophysik.com<br />

www.elektrophysikusa-plastics.com<br />

ElektroPhysik is a leading manufacturer of precision<br />

non-destructive testing instruments for<br />

coating thickness, material thickness, and other<br />

surface and material properties. ElektroPhysik has<br />

the CTM-S on-line thickness measurement system<br />

for flat sheet goods. The CTM-S is designed<br />

for measuring PET, PVC, PP, PS, HDPE, LDPE<br />

and more. In addition, ElektroPhysik has the<br />

FH-Series wall thickness gauges designed for nondestructive<br />

wall thickness measurement of bottles<br />

and containers. Also, the QuintSonic for coating<br />

thickness testing over plastics is available from<br />

ElektroPhysik. Contact ElektroPhysik at 847-<br />

437-6616 for further information.<br />

MICROCELLULAR GAS DOSING<br />

& SUPERCRITICAL FLUID<br />

DELIVERY SYSTEMS<br />

Trexel, Inc.<br />

45 Sixth Rd.<br />

Woburn, MA 01801 United States<br />

781-932-0202; 781-932-3324 (fax)<br />

info@trexel.com<br />

www.trexel.com<br />

42 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


Trexel, Inc., offers The MuCell® Microcellular Foam<br />

injection molding and extrusion technology. This is<br />

a complete process and equipment technology that<br />

facilitates extremely high quality and greatly reduces<br />

production costs. The MuCell Process involves the<br />

controlled use of gas in its supercritical state to create<br />

a foamed product. With MuCell Molding, the technology<br />

is targeted at precision and engineered plastic<br />

components with maximum wall thicknesses of less<br />

than 3mm. The MuCell Extrusion Process offers<br />

the greatest advantage to extrusion processors who<br />

MUST HAVE the added performance of very small<br />

closed cells or MUST HAVE an environmentally<br />

clean solution. The small closed cells improve many<br />

properties compared to standard foaming techniques<br />

such as impact, ductility, insulation, sealability, and<br />

appearance. Trexel also supplies high performance<br />

Nitrogen and Carbon Dioxide Supercritical Fluid<br />

Delivery Systems in all size ranges for other industrial<br />

applications beyond microcellular foaming.<br />

MOLDS, DIES & COMPONENTS<br />

StackTeck Systems Ltd.<br />

1 Paget Rd.<br />

Brampton, ON, L6T 5S2 Canada<br />

416-749-1698; 416-749-2795 (fax)<br />

stackteck@stackteck.com<br />

www.stackteck.com<br />

StackTeck Systems Ltd. is a global provider of<br />

sophisticated integrated plastic tooling solutions<br />

for the injection molding industry. From product<br />

and mold design to complete systems integration,<br />

StackTeck develops injection molds and systems,<br />

which provides the most effective and efficient<br />

production solutions in the industry. Through<br />

technical innovation in mold bases, quick product<br />

change and multi-level stack molds, StackTeck<br />

differentiates itself by delivering higher productivity<br />

to the Caps, Closures, Thin Wall Packaging,<br />

Technical and Medical markets. Dedicated testing,<br />

service, repair and refurbishment resources<br />

ensure the capacity to deliver global multi-mold<br />

programs that are proven and deliver ongoing performance<br />

year after year.<br />

VISIT US AT<br />

MPW.PLASTICSTODAY.COM<br />

mpw.plasticstoday.com<br />

PAD PRINTING MACHINES<br />

Pad Print Machinery of Vermont Inc.<br />

201 Tennis Way, PO Box 720<br />

East Dorset, VT 05253 United States<br />

802-362-0844; 800-272-7764<br />

802-362-0858 (fax)<br />

info@padprintmachinery.com<br />

www.padprintmachinery.com<br />

Pad Print Machinery of Vermont excels at “Engineered<br />

Printing Solutions” in both the pad printing<br />

and digital ink jet fields. Automation solutions include<br />

bulk loading and unloading, optical & laser sensing<br />

and positioning, conveying, robotic pick-and-place,<br />

including integration of SCARA and 6 axis robotics,<br />

custom software applications (including digital image<br />

processing and remote diagnostics), plus a variety<br />

of pre- and post-treatment options including corona<br />

treating, flaming, UV curing and infrared conveyor<br />

ovens. Whether your project is single-color or fullprocess<br />

artwork, industrial equipment or consumer<br />

goods, medical devices or automotive parts, Pad Print<br />

Machinery of Vermont offers Engineered Printing<br />

Solutions to improve the quality of your products<br />

and your bottom line.<br />

PELLETIZING SYSTEMS<br />

CROWN Machine uwp, Inc.<br />

5111 Vista Ave.<br />

Addison, IL 60101-4422<br />

630-543-5240; 630-543-4656 (fax)<br />

sales@crown-cdl.com<br />

www.crown-cdl.com<br />

CROWN Machine (Addison, IL)—Designs and<br />

develops innovative underwater pelletizers and<br />

pellet dryers. These new Patented and Patent<br />

pending designs will change the face of underwater<br />

pelletizing. CROWN unveiled at ChinaPlas <strong>2009</strong><br />

(Guangzhou, May 18-21) and exhibited at NPE<br />

<strong>2009</strong> (Chicago, June 22-26) the Super Belt Dryer,<br />

a pellet dryer that de-waters, dries, fluidizes, and<br />

classifies in one self-contained unit. The CROWN<br />

pelletizing unit includes a servo-controlled underwater<br />

pelletizer that provides precision control of<br />

pressure of the cutting blades on the die face. In<br />

addition to CROWN’s underwater pelletizing system<br />

developments, CROWN shared at NPE <strong>2009</strong><br />

how its Patent pending rotary dryer and tapered<br />

screw densifier offer improved technology to recyclers<br />

of polymer scrap.<br />

Screen changers<br />

RECYCLING SYSTEMS<br />

NGR Next Generation<br />

Recyclingmaschinen GmbH<br />

Gewerbepark 22<br />

Feldkirchen 4101 Austria<br />

43-7233-70107-0; 43-7233-70107-2 (fax)<br />

sales@ngr.at<br />

www.ngr.at<br />

NGR has changed the way of recycling plastic<br />

waste. The idea is to replace the multi-step technology<br />

with a cost-effective, compact and easyto-maintain<br />

ONE-STEP technology. The revolutionary<br />

NGR cutter-feeder-extruder combination<br />

makes the entire recycling process more economical<br />

by combining a powerful single-shaft cutter<br />

with an extruder into one unit. That eliminates the<br />

need for pre-cutting and densification of the material.<br />

Such advantages mean a short period for your<br />

return of investment. NGR is a manufacturer of<br />

turnkey and custom-tailored plants for recycling<br />

of thermoplastics with an output from 10 kg up<br />

to 2.000 kg.<br />

SCREEN CHANGERS<br />

Gneuss, Inc.<br />

10820-G Independence Pointe Pkwy.<br />

Matthews, NC 28105 United States<br />

704-841-7251; 704-841-7254 (fax)<br />

gneuss.usa@gneuss.com<br />

www.gneuss.com<br />

Gneuss Kunststofftechnik GmbH<br />

Mönichhusen 42<br />

Bad Oeynhausen 32549 Germany<br />

49-5731-53070; 49-5731-53077 (fax)<br />

gneuss@gneuss.com<br />

www.gneuss.com<br />

Gneuss offers Filtration Technology, Measurement<br />

Technology and Processing Technology.<br />

Rotary Filtration Systems, highest quality continuous<br />

and fully automatic screen changers, offer a<br />

process constant mode of operation, with no pressure,<br />

throughput or viscosity variations. Gneuss<br />

Measurement Technology offers premium performance<br />

melt pressure and temperature transducers/<br />

transmitters, including the non-mercury NTX<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 43


<strong>2009</strong> Auxiliaries & Supplies Directory<br />

series. The innovative Multi Rotation System offers<br />

new possibilities in devolatilization.<br />

Key Filters, Inc.<br />

100 Goldstein Dr., Highland Industrial Park<br />

Woonsocket, RI 02895 United States<br />

401-762-2100; 401-762-3313 (fax)<br />

keysales@keyfilters.com<br />

www.keyfilters.com<br />

Key Filters is a manufacturer of screen changers<br />

for plastic extrusion processes. We measure our<br />

success based on the success of our customers. This<br />

approach has made it possible for us to become a<br />

leader in filtration machinery for the past 25 years.<br />

Our product range consists of a complete line of<br />

screen changers, which are able to meet the melt<br />

filtration needs for any thermoplastic material.<br />

• Continuous Screen Changers<br />

• Hydraulic Slide Plate Screen Changers<br />

• Manual Screen Changers<br />

We offer a full range of guaranteed products, custom-engineered<br />

solutions and turnkey service to<br />

successfully meet your processing needs.<br />

SHUT-OFF NOZZLES<br />

Herzog AG, Degersheim<br />

Huswiesstrasse 6<br />

Wolfertswil 9116 Switzerland<br />

41-71-394-1969; 41-71-394-1960 (fax)<br />

info@herzog-ag.com<br />

www.herzog-ag.com<br />

Herzog has almost 40 years experience in engineering<br />

and manufacturing machine shut-off nozzles<br />

for the injection molding industry. Our shut-off<br />

system functions with both needle and bolt technologies.<br />

Additionally Herzog supplies pins for<br />

the gas-assisted process. Herzog produces shut-off<br />

nozzles for all kinds of plastics.<br />

VISIT US AT<br />

MPW.PLASTICSTODAY.COM<br />

SIZE REDUCTION EQUIPMENT<br />

Hosokawa Alpine Aktiengesellschaft<br />

Peter-Doerfler-Str. 13-25<br />

Augsburg 86199 Germany<br />

49-821-5906-0; 49-821-5906-630 (fax)<br />

plastics@alpine.hosokawa.com<br />

www.alpinehosokawa.com<br />

HOSOKAWA ALPINE-Recycling and Granulators<br />

Division. For the in-house recycling of plastics,<br />

Hosokawa Alpine has solutions for every<br />

scale of application-from auxiliary granulators to<br />

high-efficiency granulators with throughput rates<br />

of up to 8 tonnes for the comminution of film.<br />

Hosokawa Alpine designs, manufactures and supplies<br />

complete granulator systems with all the requisite<br />

system components, suitable for example,<br />

for the comminution of thermoplastic scrap such<br />

as sprues and runners, rejects, film webs or film<br />

edge trims.<br />

PALLMANN Pulverizers Co., Inc.<br />

820 Bloomfield Ave.<br />

Clifton, NJ 07012 United States<br />

973-471-1450; 973-471-7152 (fax)<br />

info@pallmannpulverizers.com<br />

www.pallmannpulverizers.com<br />

PALLMANN Pulverizers is a manufacturer of size<br />

reduction equipment and systems including a line<br />

of light and heavy-duty granulators available in<br />

a range of sizes and specific rotor designs for different<br />

applications. Profile shredders, rubber bale<br />

knife mills, and heavy wall pipe granulators. We<br />

also feature pulverizers in various sizes for batch<br />

and lot laboratory use to large-scale production<br />

runs. Systems can be provided with screening<br />

units for closed-circuit operation or without for<br />

one-pass output depending on customer requirements.<br />

Rounding out the line are PALLMANN<br />

Plast-Agglomerator densifying systems, which<br />

produce free flowing granule from thermoplastic<br />

materials.<br />

Rotogran International Inc.<br />

3 Bradwick Dr.<br />

Concord, ON, L4K 2T4 Canada<br />

905-738-0101; 905-738-5750 (fax)<br />

mc@rotogran.com<br />

info@rotogran.com<br />

www.rotogran.com<br />

Since 1982 Rotogran International Inc. has manufactured<br />

granulators and close loop granulating systems<br />

for the plastics and recycling industries. Our modern<br />

facility manufactures innovative equipment that is<br />

durable, dependable and cost efficient. We design and<br />

manufacture granulators and shredders for the plastic<br />

and recycling industry, including granulators from 5<br />

hp to 500 hp, evacuation systems, dust separators,<br />

surge bins with airlocks and metal detecting conveyors.<br />

Rotogran International Inc. is the size reduction<br />

specialist for the processing and recycling industry. In<br />

use around the world, Rotogran granulating systems<br />

are the workhorse of the breed...out-performing and<br />

out-lasting all others in the marketplace today.<br />

TEMPERATURE CONTROLS<br />

SINGLE Temperature Controls, Inc.<br />

2915 Whitehall Park Dr., Suite 700<br />

Charlotte, NC 28273 United States<br />

704-588-5408; 704-588-5813 (fax)<br />

m.bloomhuff@single-temp.com<br />

www.single-temp.com<br />

The development and production of high-performance<br />

and energy-efficient temperature control<br />

systems is the core competency of SINGLE Temperature<br />

Controls, Inc. Our customers benefit<br />

from our expertise that is based on over 40 years<br />

of experience. In addition to standard temperature<br />

control systems and chillers, SINGLE has pioneered<br />

the development of the STWS alternating<br />

temperature system that operates heat/cool water<br />

up to 400 degrees Fahrenheit with individual temperature<br />

control for each circuit to improve component<br />

quality and reduce production time.<br />

Want the best daily<br />

plastics updates?<br />

Then subscribe to<br />

MPW’s NewsFeed.<br />

It’s free, and it’s easy.<br />

Simply go to<br />

mpw.plasticstoday.com<br />

and click on<br />

“Newsletters”<br />

under the Tool Chest tab<br />

on our home page<br />

to sign up.<br />

44 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


THERMAL ANALYSIS,<br />

ANALYZING & TESTING<br />

Netzsch Instruments Inc.<br />

37 North Ave.<br />

Burlington, MA 01803 United States<br />

781-272-5353; 781-272-5225 (fax)<br />

NIB-Sales@netzsch.com<br />

www.e-thermal.com<br />

Netzsch offers thermal analysis & thermal properties<br />

instruments plus contract testing services;<br />

DSC, DTA, TGA, STA (Simultaneous TGA-DSC/<br />

DTA), high accuracy specific heat, coupling to<br />

FTIR & MS to analyze off-gases, DMA, DEA for<br />

thermoset cure monitoring, TMA, Thermal Conductivity,<br />

Thermal Diffusivity by Laser Flash,<br />

Dilatometry for CTE, and Adiabatic Calorimeters<br />

(ARC) to assess thermal hazards and optimize process<br />

safety. We also offer a fully equipped testing<br />

services lab in Burlington, MA.<br />

WELDING/SEALING/<br />

BONDING EQUIPMENT<br />

bielomatik inc.<br />

55397 Lyon Industrial Dr.<br />

New Hudson, MI 48165 United States<br />

248-446-9910; 248-446-6244 (fax)<br />

weldinfo@bielomatikinc.com<br />

www.bielomatikinc.com<br />

Plastic welding:<br />

• Hot plate welding machines.<br />

• Vibration welding machines.<br />

• Laser welding machines.<br />

• Ultrasonic special welding machines, integrated<br />

solutions in combination with other welding processes.<br />

• Complete automation lines with component<br />

handling (fuel tanks, instrument panels, rear<br />

lamps, batteries).<br />

• Tooling and advice on process technology.<br />

• Finishing systems-chipless boring, punching, fly<br />

cutting, machining of plastic parts.<br />

• Prototype welding services.<br />

mpw.plasticstoday.com<br />

Dukane-Intelligent Assembly<br />

Solutions<br />

2900 Dukane Dr.<br />

St. Charles, IL 60174 United States<br />

630-797-4900; 630-797-4949 (fax)<br />

usintl@dukcorp.com<br />

www.dukcorp.com/us<br />

Dukane is a global provider of plastic assembly<br />

systems for the welding of thermoplastic materials.<br />

A standard line of ultrasonic, vibration, hot plate,<br />

spin welders, laser welders and thermal presses are<br />

used to provide solutions that meet the unique<br />

requirements of each customers application. The<br />

line also includes film and fabric sewing and slitting<br />

machines and custom automated assembly<br />

systems. Dukane provides knowledgeable application<br />

engineers, no charge consultations, regional<br />

technical centers and a network of international<br />

offices. Dukane offers a technical training program<br />

and unparalleled Service and Support. Visit<br />

us at our website at www.dukcorp.com/us to find<br />

your local sales representative.<br />

EMC2 Inc.<br />

6855 19 Mile Rd.<br />

Sterling Heights, MI 48314 United States<br />

586-254-1525; 586-254-6649 (fax)<br />

bill@emcsquared.com<br />

www.emcsquared.com<br />

EMC2 Inc. has been a leader in the adhesive bonding<br />

industry for 30 years. Our business has grown from<br />

supplying single dispensing units to the design, build,<br />

and installation of large turnkey automated assembly<br />

lines. These utilize both hot air and RF bond cure<br />

systems. In addition we are the world leaders in inmold<br />

coating systems and press leveling systems, dating<br />

back to 1978. Check out our website for more<br />

details.<br />

Herrmann Ultrasonics, Inc.<br />

1261 Hardt Circle<br />

Bartlett, IL 60103 United States<br />

630-626-1626; 630-626-1627 (fax)<br />

info@herrmannultrasonics.com<br />

www.herrmannultrasonics.com<br />

Herrmann Ultrasonics is The Recognized Technology<br />

Leader and a manufacturer of state-of-the-art<br />

CNC ultrasonic welders for the joining of thermoplastic<br />

parts, fabric and thin films. Systems are<br />

available in 20 kHz, 30 kHz, and 35 kHz with 600-<br />

5000 watt configurations. Proven digital technology<br />

provides precise control of the welding process and<br />

ensures high-strength joints with repeated precision.<br />

Accurate yet robust actuator designs incorporate proportional<br />

valve regulation and variable force control<br />

Winding equipment<br />

for repeatability and reliability. The DIALOG and<br />

new introduced HiQ evolution welder include sophisticated,<br />

easy-to-use operating interface and incorporated<br />

calibration procedure for easy validation<br />

to meet FDA certification.<br />

WINDING EQUIPMENT<br />

Parkinson Technologies Inc.,<br />

Marshall and Williams <strong>Plastics</strong><br />

100 Goldstein Dr.<br />

Highland industrial Park<br />

Woonsocket, RI 02895 United States<br />

401-762-2100; 401-762-2295 (fax)<br />

info@parkinsontechnologies.com<br />

www.parkinsontechnologies.com<br />

Parkinson Technologies is an industry leader in<br />

the design and manufacturing of web processing<br />

machinery for the plastics, nonwovens, paper and<br />

specialty materials industries. Product brands include<br />

PARKINSON winders, DUSENBERY converting<br />

systems, MARSHALL & WILLIAMS orientation<br />

lines and KEY FILTERS extrusion melt<br />

filtration equipment. With a broad range of winders,<br />

unwinds, slitter/rewinders, plastics film lines<br />

and orientation systems, Parkinson continues to<br />

set industry standards for machinery innovation<br />

and performance. Parkinson also offers the most<br />

complete plastics extrusion and orientation facility<br />

commercially available for customer use. All<br />

operations and services are located at Parkinson’s<br />

headquarters in Woonsocket, Rhode Island, USA.<br />

Need to stay on the cutting<br />

edge of technology?<br />

Subscribe to MPW’s<br />

Tech Bulletins.<br />

They’re free, and it’s easy.<br />

Simply go to<br />

mpw.plasticstoday.com<br />

and click on<br />

“Newsletters”<br />

under the Tool Chest tab<br />

on our home page<br />

to sign up.<br />

MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 45


CLASSIFIED ADVERTISING<br />

For information Contact: Cheryl Ackerman (516) 496-8891 • Fax (516) 496-8762 • cheryl.ackerman@cancom.com<br />

Machinery for Sale/Wanted<br />

WWW.TIMBERLINEMACHINERY.COM<br />

$2,000,000 Inventory<br />

Injection Molders<br />

Blow Molders<br />

Extruders<br />

Call Ed Makepeace<br />

Ph: 603-889-7233 (USA) tmi@timberlinemachinery.com<br />

Fax: 603-889-7300 (USA) 100 MACHINES IN STOCK<br />

Buying and Selling Quality,<br />

Used <strong>Plastics</strong> Machinery<br />

www.hunterplastics.com<br />

100 Pratts Junction Rd., Sterling, MA 01564<br />

Ph: 978-422-8222<br />

Fax: 978-422-8223<br />

Custom Core Pins<br />

Custom Core Pins<br />

AY-MAC PRECISION, INC.<br />

679 Academy Ct. Windsor, CO 80550<br />

Ph (970) 674-1661 Fax (970) 674-1811<br />

email: aymacprecision@aol.com<br />

“The Core Pin Specialists”<br />

Nozzles<br />

Auxiliary Equipment<br />

America’s Largest<br />

Stocking Dealer<br />

Ph: 954-255-6900<br />

Fax: 954-255-5611<br />

sales@machinerycenter.com<br />

Injection Molding/ Blow Molding/Extruders/Auxiliary<br />

If we don’t have it, we’ll find it!!<br />

www.machinerycenter.com<br />

46 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com


CLASSIFIED ADVERTISING<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 47


CLASSIFIED ADVERTISING<br />

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CALENDAR OF EVENTS<br />

SEPTEMBER<br />

13-15 AMBA Fall Conference <strong>2009</strong>, Washington DC.<br />

American Mold Builders Association<br />

Tel: +1 847-222-9402; Fax: +1 847-222-9437<br />

info@amba.org; www.amba.org<br />

14-17 FOAMS <strong>2009</strong>, Iselin, NJ<br />

Society of <strong>Plastics</strong> Engineers<br />

Tel: +1 203-740-5403; Fax: +1 203-775-8490<br />

conferences@4spe.org; www.4spe.org/<br />

15-16 Medical Grade Polymers <strong>2009</strong>, Philadelphia<br />

Applied Market Information LLC. Contact: Margit Korsak<br />

Tel: +1 610-478-0800; +1 610-478-0900<br />

mk@amiplastics-na.com; www.amiplastics-na.com/Events<br />

21-22 SpecPlast <strong>2009</strong>, Zurich, Switzerland.<br />

Maack Business Services. Contact: Sylvia Probst<br />

Tel: +1 41 44-781-3040; Fax: +1 41 44-781-1569<br />

mbspolymer@bluewin.ch; www.mbspolymer.com<br />

21-24 MD&M Midwest, National Mfg. Week, Quality Expo, Green<br />

Manufacturing, <strong>Plastics</strong> USA, Plastec <strong>2009</strong>, Rosemont, IL<br />

Canon Communications LLC<br />

Tel: +1 310-445-4200; Fax: +1 310-996-9499<br />

www.canontradeshows.com<br />

22-24 Sustainable Packaging Forum <strong>2009</strong>, Atlanta, GA.<br />

Packaging Strategies. Contact: Karen Close<br />

Tel: +1 610-935-2183<br />

meetings@packstrat.com; http://www.bnpevents.com/<br />

23-24 Medtec Ireland <strong>2009</strong>, Galway.<br />

Canon Communications LLC<br />

Tel: +353 1-806-0557; Fax: +353 1-862-1482<br />

medtecireland@cancom.com; www.canontradeshows.com<br />

23-26 Tiprex/Pack Print International <strong>2009</strong>. Bangkok.<br />

Messe Düsseldorf Asia<br />

Tel: +1 312-781-5180; Fax: +1 312-781-5188<br />

info@mdna.com; www.mdna.com<br />

28-10/1 <strong>Plastics</strong> Industry Show, Moscow.<br />

Maxima JSC. Contact: Alina Vorontsova<br />

Tel: +749 9124-7760; Fax: +749 9124-7060<br />

vorontsova@maxima-expo.ru; www.maxima-expo.ru/eng<br />

29-10/3 SPE Eurotec Conference, Marne la Vallee, France.<br />

Society of <strong>Plastics</strong> Engineers. Contact: Lesley Kyle<br />

Tel:+1 203-740-5452<br />

lskyle@4spe.org; www.4spe.org/spe-eurotec-conference<br />

OCTOBER<br />

4-7 NRC Annual Congress & Expo <strong>2009</strong>, Portland, OR.<br />

National Recycling Coalition Inc.<br />

Tel: +1 202-789-1430; Fax: +1 202-789-1431<br />

info@nrc-recycle.org; www.nrc-recycle.org<br />

5-7 API Polyurethanes Technical Conference <strong>2009</strong>, Ft Washington, MD.<br />

Alliance for the Polyurethanes Industry<br />

Tel: +1 703-741-5103; Fax: +1 703-741-5655<br />

www.polyurethane.org<br />

5-7 Pack Expo/Process/Converting & Package Printing Expo<br />

<strong>2009</strong>, Las Vegas. Packaging Machinery Manufacturers Institute.<br />

Tel: +1 703-243-8555; Fax: +1 703-243-3038<br />

expo@pmmi.org; www.packexpo.com<br />

7-8 SPI Film & Bag Federation Fall Conference <strong>2009</strong>, Las Vegas.<br />

Society of the <strong>Plastics</strong> Industry, Film and Bag Federation<br />

Contact: Natha Freiburg<br />

Tel: +1 202-974-5218; Fax: +1 202-296-7675<br />

nfreiburg@plasticsindustry.org; www.plasticbag.com<br />

13-15 PEPP <strong>2009</strong> Polyethylene Polypropylene Chain, Zurich.<br />

Maack Business Services MBS. Contact: Sylvia Probst<br />

Tel: +41 44-781-3040; Fax +41 44-781-1569<br />

mbspolymer@bluewin.ch; www.mbspolymer.com<br />

13-17 Fakuma 2010, Friedrichshafen, Germany.<br />

P.E. Schall GmbH & Co. KG<br />

Tel: +49 7025-920-60; +49 7025-920-6620<br />

info@schall-messen.de; www.fakuma-messe.de/en/fakuma<br />

20-22 Medical Design & Manufacturing Minneapolis/MidPak,<br />

Minneapolis, MN. Canon Communications LLC.<br />

Tel: +1 310-445-4200; Fax: +1 310-996-9499<br />

www.canontradeshows.com<br />

21-22 Mass<strong>Plastics</strong> ‘09, Fitchburg, MA.<br />

North Central Massachusetts Chamber of Commerce<br />

Contact: Bud Arbo<br />

Tel: +1 978-353-7600, ext. 242<br />

bud@massplastics.com; www.massplastics.com<br />

29 <strong>Plastics</strong> Industry Strategy Seminar <strong>2009</strong>, Houston<br />

Applied Market Information LLC<br />

Contact: Whitney Gallagher<br />

Tel: +1 610-478-0800; Fax: +1 610-478-0900<br />

wg@amiplastics-na.com; www.amiplastics-na.com<br />

mpw.plasticstoday.com<br />

ADVERTISER INDEX<br />

COMPANY PAGE<br />

Absolute Machinery Corporation 36<br />

Arburg GmbH + Co. KG 3<br />

Canon Communications LLC Trade Events 29<br />

CMAI (Chemical Market Associates Inc.) 27<br />

CROWN Machine uwp Inc. 39<br />

En Chuan Chemical Industries Co. Ltd. 8<br />

ExxonMobil Chemical 33, 51<br />

Hosokawa Alpine 52<br />

Lurgi 7<br />

Maack Business Services 37<br />

PCC Chemax 35<br />

PerkinElmer 17<br />

<strong>Plastics</strong> Today 33<br />

Sinopec Catalyst Company 2<br />

Society of <strong>Plastics</strong> Engineers, Automotive Division 23<br />

Tria 19<br />

Univar USA 4<br />

WEIMA America Inc. 13<br />

Xaloy 52<br />

MODERN PLASTICS WORLDWIDE<br />

UPCOMING DIRECTORIES<br />

PRIMARY PROCESSING<br />

MACHINERY DIRECTORY<br />

December <strong>2009</strong><br />

Contact Iris Topel<br />

Tel: +1 718-478-8104<br />

Fax: +1 718-478-8105<br />

iris.topel@cancom.com<br />

Tech Bulletins and e-Weekly:<br />

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information your business needs.<br />

Sign up at mpw.plasticstoday.com<br />

MODERN PLASTICS WORLDWIDE (ISSN 0026-8275) is published monthly, except <strong>July</strong>/<strong>August</strong>, with an<br />

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<strong>Modern</strong> <strong>Plastics</strong> <strong>Worldwide</strong> has no connection with any company of similar name. The name ‘<strong>Modern</strong> <strong>Plastics</strong>’<br />

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SUBSCRIPTIONS: Please send all circulation correspondence, subscription orders, and change of address<br />

notices to <strong>Modern</strong> <strong>Plastics</strong> <strong>Worldwide</strong>, PO Box 3568, Northbrook, IL 60065 USA. For subscriber service call<br />

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MODERN PLASTICS WORLDWIDE • JULY/AUGUST <strong>2009</strong> 49


SPOTLIGHT<br />

WITH C&J INDUSTRIES<br />

Dennis Frampton touts<br />

innovation, training, and<br />

continuous improvement.<br />

Some of the 250 staff members have<br />

indeed been active at the company for<br />

the last 30 years, says Dennis Frampton,<br />

company president. Investing in<br />

staff means paying tuition for continuing<br />

education (the company budgets<br />

about $100,000/yr for in-plant seminars<br />

and tuition), something Frampton says<br />

is a given at his company but amazingly<br />

not at many other molders and<br />

tool builders throughout the country.<br />

“Everybody in our sector is searching<br />

for good staff, but they’re not creating<br />

them themselves,” he says. The<br />

company’s founder, Dick Johnston,<br />

who died in 2007, so believed in his<br />

employees that he gave 49% of the<br />

company to them, leaving the rest to<br />

the immediate family, including sonin-law<br />

Frampton.<br />

“My father-in-law was grateful for<br />

what the staff did for the company<br />

because our success to a large part is due<br />

to employee loyalty and involvement,” he<br />

says. The company started in a two-car<br />

garage in 1962 as a mold builder called<br />

Meadville Precision Tool and Mold. By<br />

the end of the first decade it had grown to<br />

10 employees. Today it turns out between<br />

75-100 molds/yr, mainly produced on<br />

50 JULY/AUGUST <strong>2009</strong> • MODERN PLASTICS WORLDWIDE mpw.plasticstoday.com<br />

West<br />

Buffalo<br />

Meadville<br />

Pittsburgh<br />

Clarksburg<br />

Pennsylvania<br />

Philadelph<br />

MD<br />

Ba<br />

Wa<br />

<strong>Plastics</strong> contract molder and product<br />

designer C&J Industries (Meadville, PA)<br />

reckons investing in its employees is its<br />

best opportunity to ensure a healthy future.<br />

high-speed milling<br />

machines that<br />

reduce the delivery<br />

times to customers<br />

versus that which<br />

spark erosion and<br />

polishing processes<br />

previously dictated.<br />

Frampton says the company rather<br />

fell into injection molding during the<br />

1970s by acquiring two used presses<br />

because one of its tooling customers<br />

wanted the mold builder to qualify<br />

molds prior to shipment, but C&J didn’t<br />

have presses. “One of the best things to<br />

ever happen to C&J was that we got out<br />

of molding for the automotive sector and<br />

concentrated on precision applications<br />

for medical device, electrical/electronics,<br />

and telecommunication sectors,” he says.<br />

One high profile but low volume customer<br />

is Segway, maker of the personal<br />

transporter.<br />

Frampton also credits high use of<br />

automation and a movement toward<br />

more cleanroom molding as helping to<br />

sustain business, with the company adding<br />

cleanroom processing in the early<br />

1980s. He proudly points to a complex<br />

64-cavity medical cap mold the company<br />

designed and is using to supply the pharmaceutical<br />

sector (see photo, above).<br />

Today the company has 48 presses ranging<br />

from 22-720 tonnes clamping force,<br />

almost exclusively Toshiba electrics.<br />

C&J has plans to replace all its presses<br />

by 2015 in order to maintain its level of<br />

Meadville, PA<br />

technology. Frampton also says during<br />

the 1990s C&J noticed how many customers<br />

reduced their engineering staffs,<br />

so the molder sagely decided to offer<br />

product design as a service.<br />

C&J holds monthly improvement<br />

meetings to hone the company’s procedures.<br />

One success Frampton points to<br />

was simply to move the tool building,<br />

which was located three miles away, to<br />

the molding and design operations. “We<br />

were able to reduce scrap by 80% due<br />

to better communications between engineers<br />

and tool makers,” he says. Another<br />

improvement was the creation of separate<br />

incoming and outgoing warehousing<br />

facilities to avoid any possible mix-ups<br />

that could affect its medical device business.<br />

The company has also taken on the<br />

responsibility of JIT parts delivery via the<br />

Internet to oversee customers’ inventory<br />

and relieve the client of such work.<br />

Frampton decided in 1967 to follow<br />

the footsteps of his father, who worked<br />

as a mold builder at the company, by<br />

applying for a die apprenticeship. Working<br />

full time and attending university<br />

in the evenings to obtain his bachelor<br />

degree kept him busy outside and within<br />

company operations, where he also met<br />

his soon-to-be wife, Diann, an art student<br />

who was working at her father’s<br />

company. Frampton worked his way up<br />

the ladder while they raised their family,<br />

eventually becoming president.<br />

Robert Colvin • robert.colvin@cancom.com


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